3180

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

1- laf{kIr uke vkSj izkjEHk%&¼1½ bu fu;eksa dk laf{kIr uke fgekpy izns'k ÅtkZ laj{k.k Hkou

lafgrk fu;e] 2018 gSA

¼2½ ;s fu;e jkti= ¼bZ&xtV½] fgekpy izns'k esa buds izdk'ku dh rkjh[k ls izo`Ùk gksaxsA

2- ifjHkk’kk,a%&¼1½ bu fu;eksa esa] tc rd fd lanHkZ esa vU;Fkk visf{kr u gks, &

¼d½ Þvf/kfu;eß ls, ÅtkZ laj{k.k vf/kfu;e] 2001 ¼2001 dk 52½ vfHkizsr gS

¼[k½ Þvf/kdkfjrk j[kus okyk izkf/kdj.kß ls] lafgrk ;k ekun.M dh vis{kkvksa dks izofrZr djus ;k

midj.k dks lkefxz;ka] fdlh izfr’Bkiu ;k fdlh izfØ;k dks vuqeksfnr djus ds fy,

mÙkjnk;h dksbZ laxBu] dk;kZy; ;k O;f’V vfHkizsr gS(

¼x½ ÞloksZre izFkkvksaß ls] os mik; vfHkizsr gS] ftuesa&

Hkou dh ÅtkZ n{krk c<+kus ds fy, igpkuh xbZ ?kVdksa vkSj iz.kkfy;ksa esa {kerk ds vuqdwy

dh vuqKk gS( ;k

(i) lqj{kk ds lac/k esa fuekZ.k dh ykxr dks de djuk] Hkou lajpuk dh fLFkjrk] fgekpy

izns'k ljdkj dh fof/k;ksa ds LokLF; vkSj i;kZ;oj.kh; mikca/k( vkSj

(ii) fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk dk;kZUo;u lfefr ;k fgekpy izns'k ÅtkZ

laj{k.k Hkou lafgrk vuqikyu rduhdh f'kdk;r fuokj.k lfefr ;k jk’Vªh; ÅtkZ

lja{k.k Hkou lafgrk dk;kZUo;u lfefr }kjk vuqeksfnr ÅtkZ laj{k.k mik; 'kkfey gSa(

¼?k½ ÞHkou ifjljß ls] dkjckj okf.kfT;d] laLFkkxr iz;kstuksa ds fy, ,d lehiLFk {ks= esa cuk,

x, Hkou ;k Hkouksa dk lewg ;k O;fDr;ksa ;k O;fDr;ksa ds lewg ds ,dy LokfeRo ds v/khu

Hkouksa dk laetu lgdkjh lewg lkslk;Vh ds uke ds v/khu ;k iês ij vkSj nqdkuksa ds :i

esa fcØhr fd, x, ;k vU; okf.kfT;d iz;kstuksa ds fy, dk;kZy; LFkku ;k LFkku gS] vfHkizsr

gS(

¼M-½ ÞfufeZr {ks=Qyß ls] Hkou ds cslesaV ls ysdj lHkh eaftyksa rd lHkh ryksa ij dqy vPNkkfnr

{ks=Qy lfgr ikfdZax ds vykok ry ds Lrjksa ij ekih xbZ nhokjksa rFkk eqaMsj ls <dk gqvk

{ks=Qy vfHkizsr gS(

¼p½ ÞC;wjksaß ls] ÅtkZ n{krk C;wjksa vfHkizsr gS(

¼N½ mi fof/k;ksa ls] fgekpy izns'k ljdkj ;k blds fu;U=.kk/khu fdlh izkf/kdj.k }kjk&

(i) leLr uxjikfydk izkf/kdj.kksa ;k lfefr;ka ;k ifj’knksa(

(ii) leLr egkuxjh; {ks=ksa ;k uxj iapk;rksa(

(iii) fodkl ;k ;kstuk izkf/kdj.kksa ds vUrxZr vkus okys leLr {ks=ksa( dh vf/kdkfjrk esa vkus

okys {ks=ksa esa] fgekpy izns'k ljdkj }kjk vf/klwfpr fofHkUu fodkl ;kstukvksa ds

vUrxZr vkSj ,sls izkf/kdj.k }kjk viuh vf/kdkfjrk ftlesa fgekpy izns'k ÅtkZ laj{k.k

Hkou lafgrk] 2018 dk vuqikyu Hkou vofLFkr gksxk] }kjk izofrZr fuekZ.k fØ;kdyki

fofu;fer djus ds fy, fojfpr fuekZ.k mi fof/k;ka vfHkizsr gSa vkSj buds vUrxZr

fgekpy izns'k ljdkj }kjk cuk;k x;k dksbZ fofu;e ;k fu;e ;k fgekpy izns'k

ljdkj }kjk LFkkfir vf/kdkfjrk okys fdlh vU; izkf/kdj.k Hkh gS(

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jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

¼t½ Þizkekf.kr ÅtkZ ys[kk ijh{kd ¼Hkou½ß ls] O;fDr tks jk’Vªh; ÅtkZ laj{k.k ¼ÅtkZ ys[kk

ijh{kdksa vkSj ÅtkZ izcU/kdksa ds fy, U;wure vgZrk½ fu;e] 2006 esa fufnZ’V ik=rk ekunaM+ksa

dks iwjk djrk gS vkSj ftlesa ÅtkZ laj{k.k Hkou lafgrk vuqikyu ds fy, jk’Vªh; ijh{kk

vfgZr gS] vfHkizsr gS(

¼>½ Þlafgrkß ls, vf/kfu;e ds v/khu jkT; vfHkfgr vfHkdj.k] ÅtkZ funs”kky;] fgekpy izns'k

ljdkj }kjk fojfpr vkSj le;≤ ij la'kksf/kr fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk]

2018 vfHkizsr gS(

¼´½ Þvuqikyu nLrkostksaß ls] lafgrk ds ifjf'k’V ¼M-½ esa fofufnZ’V iz:i vfHkiszr gS vkSj blds

vUrxZr bu fu;eksa ds vuqikyu ds vuq:i ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ ds

izek.ki= Hkh vfHkizsr gS(

¼V½ Þla;qDr Hkkjß l]s fdyks&okWV ¼dsMCyw½ ds lanHkZ esa Hkou ;k Hkou ds dqN fgLlksa ;k Hkou

ifjlj esa LFkkfir fd, tkus okys ;k LFkkfir lHkh midj.kksa] lk/ku vkSj ;qfDr ds jsVsM

okWVst dk ;ksx] tks lHkh vkosndksa dks izLrkfor] ;FkkfLFkfr] Hkou ;k Hkou ifjlj ds laca/k esa

fctyh dh [kir ds fy, blds iwjk gksus ij vkacfVr fd;k tk,xk] vfHkizsr gS(

¼B½ ÞlfuekZ.k nLrkostksaß ls] js[kkfp=ksa ;k nLrkostksa }kjk Hkou fuekZ.k dh izfØ;kvksa vkSj

vuqeksnu] Hkou fuekZ.k lkexzh vkSj miLdj fofunsZ'k] vf/kdkfjrk okys izkf/kdj.k }kjk visf{kr

okLrq&lajpukRed fooj.k ls lacf/kr lwpuk vfHkizsr gS(

¼M½ Þlafonk dh ekaxß ls] fdyks&okWV ¼dsMCyw½ ;k fdyks&oksYV ,Eih;j ¼dsoh,½ esa vf/kdre ekax

¼miHkksDrk ds Lohd`r Hkkj ds vanj½ dks miHkksDrk vkSj mi;ksfxrk ;k fctyh iznkrk ds chp

fu’ikfnr djkj esa fctyh iznkrk ;k mi;ksfxrk }kjk vkiwfrZ fd, tkus dh lEefr vfHkizsr gS(

¼<½ Þukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ß ls] QeZ esa ÅtkZ n{krk C;wjks ¼ÅtkZ ys[kk ijh{kd vkSj

ÅtkZ izcU/kd½ fofu;e] 2010 vkSj izekf.kr ÅtkZ ys[kk ijh{kd ¼Hkou½ vkSj C;wjks ds lkFk

lwfpc) ds v/khu izekf.kr ÅtkZ ys[kk ijh{kd 'kkfey gS] vfHkizsr gS(

¼.k½ ÞÅtkZ laj{k.k mik;ksaß ls] ÅtkZ dh cpr ds fy, Hkou fMtkbu esa mik;ksa dks 'kkfey djuk

;k ihd fo|qr ;k FkeZy ekax esa lqfo/kk dks c<+kus ;k lafgrk ds leku ;k vU; ?kVd ds

fdlh vU; rRo ds lkFk ?kVd ds fdlh Hkh rRo esa 'kkfey dwfyax ;k mf’er Hkkj dks de

djus esa vkSj izLrkfor ;k ekStwnk Hkou ds dfFkr Hkou fMtkbu esa fufgr ,sls fdlh Hkh

mik; dks 'kkfey djuk] vfHkizsr gS(

¼r½ ÞÅtkZ fu’iknu lwpdkadß ls] fdlh Hkou dh okf’kZd ÅtkZ [kir ml Hkou ds fufeZr {ks=Qy

ds fdyks okWV ?kaVk izfr oxZ ehVj esa Kkr djuk gS] vfHkizsr gS( ftldh x.kuk Hkou ds fy,

fuEufyf[kr lw= ds vuqlkj dh tk,xh%

bZ ih vkbZ ¼ÅtkZ fu’iknu lwpdkad½ ¾ fdyks okWV ?kaVs esa okf’kZd ÅtkZ [kir

oxZ ehVj esa dqy fufeZr {ks= ¼HkaMkj.k {ks=

vioftZr djds vkSj cslesaV esa ikfdZax ds½A

¼Fk½ ÞÅtkZ fu’iknu lwpdkad vuqikrß ls] ekud vk/kkjHkwr Hkou ds ÅtkZ fu’iknu lwpdkad ds

fy, izLrkfor Hkou ds ÅtkZ fu’iknu lwpdkad dk vuqikr vfHkizsr gS(

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jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

¼n½ Þizfr’Bku (LFkkiu)ß ls] dksbZ dkjckj ;k vU; laxBu ;k og LFkku ,d laxBu lapkfyr

gksrk gS vkSj ftlds vUrxZr ljdkjh izfr’Bku ¼LFkkiu½ vkSj izkbZosV izfr’Bku ¼LFkkiu½ Hkh

lfEefyr gS] vfHkizsr gS(

¼/k½ Þiz:iß ls] bu fu;eksa ls layXu iz:i vfHkizsr gS(

¼u½ ÞLokehß ls] dksbZ O;fDr] O;fDr;ksa dk lewg daiuh] U;kl] dksbZ laLFkku jftLVªhd`r fudk;]

cksMZ] fuxe] Lok;r fudk; jkT; ljdkj ;k dsUnzh; ljdkj vkSj blds laca/k v/khuLFk

foHkkx] miØe vkSj ,sls vU; vfHkdj.k ;k laxBu] ftuds uke Hkou ifjlj ds lfUuekZ.k ds

fy, jktLo vfHkys[k esa jftLVªhd`r laifr vfHkizsr gS(

¼i½ ÞizLrkfor fMtkbuß ls] fdlh Hkou dk dEi;wVjhd`r fMtkbu dks fdlh Hkou ds okLrfod

fMtkbu ds vuq:i gS] tks lafgrk dh leLr vis{kkvksa ds vuqlkj ;k rks vuqns'kkRed ;k

lEiw.kZ Hkou fu’iknu i)fr dk ikyu djrk gS] vfHkizsr gS(

¼Q½ Þekud vk/kkjHkwr fMtkbuß ls] ekud fMtkbu] tks lafgrk dh lHkh vfuok;Z vkSj vuqikyu

lacU/kh vko';drkvksa dk vuqikyu djrk gS vkSj izLrkfor Hkou dk ,d leku fufeZr

{ks=Qy gS] vfHkizsr gS(

¼c½ Þ,l-Mh-,-ß ls ÅtkZ laj{k.k vf/kfu;e 2001 ds vuqlkj ÅtkZ laj{k.k gsrw uke ukefufnZ’V

vf/kdj.k] ÅtkZ funs'kky;] fgekpy izns'k] vfHkizsr gS(

¼2½ mu 'kCnksa vkSj inks ads] tks blesa iz;qDr gS vkSj ifjHkkf’kr ugha gS fdUrq vf/kfu;e ;k lafgrk

esa ifjHkkf’kr gS] Øe'k% ogh vFkZ gksxsa tks ml vf/kfu;e ;k fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk] 2018

esa gSA

3- vkosnu-&&bu fu;eksa dks izR;sd Hkou ij ykxw fd;k tk,xk] ftUgsa okf.kfT;d iz;kstuksa ds

fy, mi;ksx fd;k tkrk gS ;k mi;ksx fd, tkus ds fy, vk'kkf;r gS] ftldk dqy fufeZr {ks=Qy 750

oxZ ehVj ;k blls vf/kd gS vkSj ,sls Hkou esa fuEufyf[kr ?kVdksa dks 'kkfey fd;k tk,xk] vFkkZr~%&

¼d½ Hkou vkoj.k %

¼[k½ lqfo/kk iz.kkyh vkSj fu;a=.k ¼rkiu] laokru vkSj okrkuqdwyu lsok] xeZ ikuh iz.kkyh½%

¼x½ izdk'k vkSj fu;a=.k %

¼?k½ fo|qr vkSj uohdj.kh; ÅtkZ iz.kkfy;ka %

¼M-½ dksbZ vU; iz.kkyh tks C;wjks }kjk le;≤ ij fofufnZ’V dh tk,%

ijUrq ;s fu;e midj.k] lk/kuksa] ;qfDr vkSj Hkou ds fgLlksa ij ykxw ugha gksaxs tks eq[; :i ls

fuekZ.k izfØ;kvksa ds fy, ÅtkZ dk mi;ksx djrs gS%

ijUrq ;g vkSj dh tgka Hkh ;s fu;e cpko] lqj{kk] LokLF; ;k i;kZoj.kh;ksa lafgrk ds fojks/kh gS] ;k

midj.k ;k lk/kuksa ds fy, C;wjks ds ÅtkZ n{krk ekud vkSj yscfyax rFkk Hkouksa ds fy, LVkj jsfVax

dk;ZØe vkSj ;fn os bu fu;eksa dh vis{kk ls vf/kd l[r gS rks os bu fu;eksa ij vfHkHkkoh gksxsa%

ijUrq ;g vkSj Hkh fd tgka fdlh fo|eku Hkou ds 750 oxZ ehVj ds dqy fufeZr {ks=Qy esa

ifjo/kZu ;k ifjorZu ds i'pkr~ dksbZ ifjorZu gksrk gS rks bl fu;e ds [k.M ¼d½ ls ¼M-½ esa fufnZ’V

micU/kksa dk ikyu fd;k tk,xkA

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jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

4- vuqikyu ra=%&&¼1½ fdlh Hkou ds ÅtkZ fu’iknu dk vuqikyu Lokeh }kjk fuEu i)fr;ksa esa

ls fdlh ,d dk ikyu djds lqfuf”pr fd;k tk,xk] vFkkZr~%&

¼d½ vkns'kkRed ¼funsZ'kkRed½ i)fr&Hkou esa blds vkoj.k ?kVdksa] lqfo/kk iz.kkyh vkSj fu;=.k]

izdk'k vkSj fu;=.k] fo|qr vkSj uohdj.kh; ÅtkZ iz.kkfy;ksa ds fy, lafgrk esa fufnZ’V :i esa vfuok;Z

vko';drkvksa vkSj vkns'kkRed ¼funZs'kkRed½ vko';drkvksa ds vuqlkj vuqikyu fd;k tk,xk%

¼[k½ laiw.kZ Hkou fu’iknu i)fr&Hkou esa lHkh vfuok;Z mik;ksa dk vuqikyu fd;k tk,xk vkSj

lafgrk dh laiw.kZ Hkou fu’iknu i)fr esa fufnZ’V vko'drk,a vkSj bl i)fr ds v/khu izLrkfor fMtkbu

ds ÅtkZ fu’iknu lwpdkad fuEukuqlkj Hkou ds ekud vk/kkjHkwr fMtkbu ds ÅtkZ fu’iknu lwpdkad ds

leku ;k mlls de gksaxs %

bZ-ih-vkbZ ¼ÅtkZ fu’iknu lwpdkad½ vuqikr ¾ izLrkfor Hkou ds ÅtkZ fu’iknu lwpdkad____ <1

ekud vk/kkjHkwr Hkou ds ÅtkZ fu’iknu lwpdkad

(2) Hkou vkoj.k] lqfo/kk iz.kkyh vkSj fu;a=.k izdk'k vkSj fu;a=.k vkSj fo|qr vkSj uohdj.kh;

ÅtkZ iz.kkfy;ka lkjka'k vkSj vkns'kkRed ¼funZs'kkRed½ i)fr vkSj laiw.kZ Hkou fu’iknu i)fr ds v/khu

mudh tkap&lwph lafgrk ds ifjf'k’V ?k esa ;Fkk fofufnZ’V gksxhA

5- lafgrk ds vuqikyu okys Hkou ds fuekZ.k dh izfØ;k-&&¼1½ izR;sd LOkkeh] tks fdlh Hkou dk

fuekZ.k djus ;k iqufuekZ.k djus ;k bu fu;eksa ds v/khu fdlh Hkh Hkou esa cnyko djus ;k ifjo/kZu djus

dk vk'k; j[krk gS rks og lacaf/kr izkf/kdj.k ds ikl iz:i 1 esa fuEufyf[kr ds lkFk ,d vkosnu tek

djsxk&

¼d½ iz#i 2 esa ,d opuca/k ds lkFk Lokeh }kjk lE;d~ #i ls gLrk{kfjr lfUuekZ.k nLrkost(

¼[k½ lfUuekZ.k nLrkost lqfuf”pr djsxk&

(i) Ikzo`Ùk ykxw Hkou mi&fof/k;ksa dk vuqikyu(

(ii) Hkou fMtkbu esa LFky dh tyok;q ifjfLFkfr;ksa vkSj Hkou dh fof'k’V vko';drkvksa ds

n`f’Vxr ÅtkZ laj{k.k mik;ksa vkSj loksZre jk’Vªh; rFkk vUrjkZ’Vªh; izFkkvksa dks lfEefyr

fd;k x;k gS] rkfd Hkou ds mtkZ fu’iknu lwpdkad dks vuqdwyre cuk;k tk lds(

(iii) fd lHkh MsVk] Hkou dh fo”ks’krk,a] fofHkUu fuekZ.k ÄVd vkSj iz.kkfy;ksa ds v/khu igpkus

x, ÅtkZ laj{k.k mik;ksa dks foLrkj ls vkSj fof/k;ksa esa fofufnZ’V jhfr ls fn[kk;k x;k

gS(

(iv) ykxw gksus okyh mi&fof/k;ksa dh vis{kkvksa ds vuqlkj ;kstuk ds js[kkfp=] ;kstuk dk jax]

;kstuk ds vk;ke] ;kstuk ds iSekus(

¼x½ lafgrk ds ?kVdksa vkSj iz.kkfy;ksa ds lfUuekZ.k dks vkPNkfnr djus okys vuqikyu nLrkostksa esa

'kkfey gS] ftls iSuy esa lwphc) ÅtkZ ys[kk ijh{kd ¼Hkou½ }kjk lE;~d :i ls fuEufyf[kr

lfgr izekf.kr fd;k x;k gS] vFkkZr~%&

(i) fMtkbu pj.k ij izLrkfor Hkou ds laca/k esa ÅtkZ fu’iknu lwpdkad vuqikr fjiksVZ(

(ii) lafgrk ds ifjf'k’V ?k esa fufnZ’V :i esa vuqikyu nLrkost izekf.kr djrs gq,

ukfedkc) ÅtkZ ys[kk ijh{kdksa ¼Hkou½ }kjk iz:i 3 esa izek.k i=(

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(iii) igpkus x, ÅtkZ laj{k.k mik;ksa dh ckcr tkap dh xbZ gS ;k lR;kfir fd;k x;k gS(

vkSj

(iv) izLrkfor Hkou ds laca/k esa lfUuekZ.k dk;Z vkjaHk djus ls igys vf/kdkfjrk okys lacaf/kr

izkf/kdj.k ls fuekZ.k vuqKki= dh ekax djus ds fy, LOkkeh }kjk lE;d :i ls gLrk{kj

fd, x, Þfgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds ifjfuekZ.k iqu%

ifjfuekZ.k djus dh vuqKk ds fy, vkosnuß fyf[kr 'kh’kZd ds lkFk ,d vkosnuA

¼2½ vf/kdkfjrk okys izkf/kdj.k ls mi&fu;e ¼1½ esa fufnZ’V bysDVªkWfud :i esa nLrkostksa dks

izLrqr djus ;k nLrkostksa dh gkMZ dkWih dh vis{kk gks ldrh gSA

¼3½ ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½] fMtkbu pj.k esa fujh{k.k dh fuEufyf[kr izfØ;k dk

ikyu djsaxs] vFkkZr~%&

ds fuEu laca/k esa fuekZ.k nLrkostksa dh tkap&

(i) Q'kZ dk {ks=Qy(

(ii) f[kM+dh dk {ks=Qy(

(iii) nhokj dk {ks=Qy(

(iv) Hkou dh Nr dk {ks=Qy(

(v) Hkou ds izLrkfor fMtkbu dk fufeZr {ks=Qy(

¼[k½ lafgrk vuqikyu nLrkostksa vkSj lafgrk ds ifjf'k’V?k esa ;Fkk fufnZ’V tkap lwph dh tkap

djuk vkSj igpku&

(i) ÅtkZ laj{k.k ds mik; tks Hkou ds izLrkfor fMtkbu dks ykxw gksrs gS(

(ii) nhokjksa vkSj Nr esa bUlqys'ku ek=k,a] vkSj leqPp; ds fy, fuekZ.k] lkSj rki xq.kkad]

f[kM+dh ds leqPp; {ks= ds fy, n`';eku izdk'k laizs’k.k vkSj rkih; laizs’k.k ¼;w&dkjd½(

(iii) ,;j&gSaMfyax midj.k] jsÝhtjs'ku midj.k] daMsflax midj.k vkSj ,;j&¶yks lkjka'kksa

ds fy, ghfVax] laokru vkSj ,;j daMh'kfuax ?kVd lkjf.k;ka(

(iv) rki] laokru vkSj okrkuqdwyu miLdj dh {kerk,a vkSj fu;a=.k midj.k(

(v) izdk'k midj.k dh vuqlwfp;ksa dks n'kkZus dh lkjf.k;ka(

(vi) fMtkbu nLrkosktks esa fo|qr ÅtkZ ?kuRo x.kuk(

(vii) izdk'k fu;a=.k(

(viii) eksVj n{krk vkSj fu;a=.k(

(ix) C;wjksa }kjk vuqeksfnr vuq:i.k midj.k dk mi;ksx djds izLrkfor Hkou ds fy, ÅtkZ

ekWMy ifj.kkeksa ds lkFk feyku djus ds fy, nLrkost+ iqufoZyksdu ds fu’d’kZ(

¼x½ fMtkbu pj.k esa vuqekfur ÅtkZ fu’iknu lwpdkad vuqikr dh tkap djuk(

¼?k½ ¼[k½ vkSj ¼x½ dh (i) ls (ix) enksa dks lR;kfir vkSj izekf.kr djsa(

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¼M-½ lafgrk ds ifjf'k’V ?k esa ;Fkk fufnZ’V tkap lwph dks Hkjsa vkSj lq/kkj lwph dks tkjh djsa ;fn

Hkou ds izLrkfor fMtkbu ds fMtkbu nLrkostksa esa vi;kZIr tkudkjh miyC/k gS ;k ;s bu

fu;eksa dh vis{kkvksa dks iwjk ugha djrs gSa vkSj fuEufyf[kr&

(i) vf/kdkfjrk okys lacaf/kr izkf/kdj.k dks lwpuk ds v/khu lwfpr djrs gq, ifjiw.kZ djrk

gS( Hkou ds ekfyd dks iz:i&4 esa vius fu’d’kksZa dk laizs’k.k djuk gksxk(

(ii) vius fu’d’kksZ dk dk;kZUo;u djus ds fy, Lokeh dks fufnZ’V le; nsuk gksxk(

(iii) Lo;a] dk lek/kku fd fufnZ’V le; ds Hkhrj LOkkeh ls izkIr lapkj] fu’d’kksaZa dks] iwjk

djrk gS vkSj dfe;ksa dks ifjiw.kZ djrk gS(

¼p½ mldh vuqeksnu vfefyf[kr djuk vkSj lafgrk vkSj bu fu;eksa ds vuqikyu ds vuq:i dh

tkap lwph dks iwjk djuk vkSj vf/kdkfjrk okys lcaf/kr izkf/kdkjh vkSj jkT; vfefgr

vfHkdj.k ds lwpuk ds v/khu LOkkeh dks iz:i 5 esa vuqeksnu dk izek.k i= tkjh djsaxsA

¼4½ vf/kdkfjrk okys izkf/kdj.k ls izLrkfor Hkou ds lfUuekZ.k ds fy, vuqKfIr i= tkjh djus gsrq

mi&fu;e ¼1½ ds varxZr vkosnu dh izkfIr ij&

(i) ukfedkc) ÅtkZ ys[kk ijh{kdksa ¼Hkou½ ls iz:i 2 ;k iz:i 4 esa izek.k i= izkIr gksus ds

i'pkr gh fMtkbu vkSj eatwjh fuekZ.k ;kstuk dk vuqeksnu(

(ii) Hkou dk ifjfuekZ.k ;k iqu% fuekZ.k djus ;k lfUuekZ.k dks dk;ZkfUor djus ds fy, Hkou esa

ifjo/kZu djus ;k ifjorZu djus ds fy, blds Lohd`r i= esa fuEufyf[kr 'krksZa ds v/;/khu

vuqKk i= iznku djuk] vFkkZr~%&

¼v½ lfUuekZ.k dk;Z lafgrk vkSj bu fu;eksa ds v/khu eatwj ;kstuk vkSj vis{kk ds vuqlkj gksxk(

¼vk½ lfUuekZ.k&izxfr ds nkSjku bu fu;eksa dk vuqikyu izkIr fd;k tk,xk(

¼b½ Lokeh dks vf/kHkksx izek.k i= tkjh djus ls igys Hkou dk vf/kHkksx ugha fd;k tk,xk(

¼bZ½ vf/kdkfjrk okys izkf/kdj.k }kjk Lokeh dks lqus tkus dk ;qfDrDr volj nsus ds i'pkr~ bu

fu;eksa ;k lafgrk ds mikca/kksa ds laca/k esa fdlh Hkh Lrj ij] ukfedkc) ÅtkZ ys[kk ijh{kdksa

¼Hkou½ ls xSj&vuqikyu fjiksVZ izkIr djus ij ;k vkosnu esa okLrfod rF;ksa ds nqO;Zins'ku ds

uksfVl ij vuqKk i= dks izfrlag`r dj ldsxkA

¼5½ vuqKk i= izkIr djus ds ckn] Lokeh&

¼d½ iz:i 6 esa Hkou ds lfUuekZ.k ladZe dks 'kq: ¼vkjaHk½ djus ds vius vk'k; dk uksfVl nsxk(

¼[k½ mi&fu;e ¼1½ ds [kaM ¼[k½ ds mi[kaM (ii) ds fuca/kuksa ds lfUuekZ.k ds vuqlkj nLrkostksa esa

fufgr ÅtkZ laj{k.k mik;kas dk lfUuekZ.k djsxk(

¼x½ ÅtkZ fu’iknu lwpdkad vuqikr dks vuqdwy djus ds fy, ,sls ?kVdksa vkSj iz.kkfy;ksa esa

loksZÙke izFkkvksa dks vaxhd`r djds ÅtkZ ds lcls izHkkoh mi;ksx ds fy,, mi&fu;e ¼1½ ds

[kaM ¼d½ esa fufnZ’V lfUuekZ.k nLrkostksa esa 'kkfey Hkou ?kVdksa vkSj iz.kkfy;ksa ds lfUuekZ.k esa

yphykiu yk,xk(

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jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

¼?k½ [kaM ¼x½ esa fufnZ’V ,sls lfUuekZ.k dk dk;Z djus ls iwoZ ukfedkc) ÅtkZ ys[kk ijh{kdksa

¼Hkou½ dk vuqeksnu ysxk ;fn lfUuekZ.k fd, tkus okys izLrkfor ?kVd vkSj iz.kkfy;ka

lfUuekZ.k vkSj vuqikyu nLrkost+ ls vU;Fkk “kkfey fd, x, gaS(

¼6½ lfUUkekZ.k Lrj ij ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½] mi&fu;e ¼3½ esa fofufnZ’V ekinaMksa

ds fofunsZ'kksa dk iqufoZyksdu lR;kiu djsaxs] vkSj,—

¼d½ lafgrk ds ifjf'k’V ?k esa fofufnZ’V tkaplwph dks Hkjsaxs fVIif.k;ka iznku djsaxs ;fn Hkou dk

izLrkfor fMtkbu fuekZ.k vis{kkvksa dks iwjk ugha djrk gS vkSj lafgrk] bu fu;eksa vkSj eatwj

;kstuk ds vuqikyu esa dfe;ksa dks fufnZ’V djrk gS vkSj ;s djsxk&

(i) bldh dfe;ka vkSj fu’d’kZ LOkkeh dks laizsf’kr djuk(

(ii) vius fu’d’kksZa dks ykxw djus ds fy, Lokeh dks fufnZ’V le; nsuk(

(iii) viuk lek/kku djuk fd mlds ckn Lokeh ls izkIr lapkj fufnZ’V fu’d’kksZa dks iwjk

djsxk vkSj dfe;ksa dks ifjiw.kZ djuk(

¼[k½ viuh LOkhd`fr vfHkfyf[kr djsaxs vkSj tkaplwph dks iwjk djsaxs tks lafgrk vkSj bu fu;eksa dk

vuqikyu minf”kZr djrs gS( vkSj vf/kdkfjrk okys izkf/kdkjh dks lwpuk ds v/khu LOkkeh dks

iz:i 7 esa vuqikyu dk izek.k i= tkjh djuk(

¼x½ tgka ;g fdlh Hkh Lrj ij vo/kkfjr fd;k tkrk gS fd lfUuekZ.k eatwj ;kstuk ds vuqlkj

ugha fd;k tk jgk gS ;k lafgrk vkSj bu fu;eksa ds fdUgh Hkh mica/kksa ds vfrØe.k esa fd;k

x;k gS] rks ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ LOkkeh dks lwfpr djasxs vkSj vuqjks/k djasxs

fd iz:i 8 ds vuqlkj vius fu’d’kksaZ ds laca/k esa vfrfjDr tkudkjh ds fy, ;k muds }kjk

igpkuh xbZ dfe;ksa dks crkus dk vuqjks/k djuk(

¼?k½ ;fn ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ Lokeh }kjk iznku dh xbZ vfrfjDr tkudkjh ls

larq’V gS] rks og iz:i 7 esa vuqikyu ds izek.k i= esa bls vfHkfyf[kr djsxk vkSj

vf/kdkfjrk j[kus okys izkf/kdkjh dks lwpuk ds v/khu LOkkeh dks lwfpr djuk(

¼M-½ ;fn ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ dk Lokeh }kjk tek dh xbZ vfrfjDr tkudkjh

ls lek/kku ugha gksrk rks og mls vf/kdkfjrk j[kus okys izkf/kdkjh dks fjiksVZ djsxk rkfd ;g

lqfuf'pr fd;k tk lds fd vkxs ds lfUuekZ.k dks LFkfxr dj fn;k x;k gS tc rd lq/kkj

ugha fd;k tkrk vkSj bldk vuqikyu izek.k i= ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ }kjk

tkjh fd;k x;k gSA

(7) Hkou dk izR;sd Lokeh vf/kdkfjrk j[kus okys izkf/kdkjh dks eatwj vuqKk&i= esa fofufnZ’V ÅtkZ

laj{k.k mik;ksa ls lEcfU/kr dk;ksZa lfgr dk;Z ds iw.kZ gksus ij iz:i&9 esa Hkou ds iw.kZ gksus dh lwpuk

izLrqr djsxk] ftlesa ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ }kjk tkjh iz:i&10 esa Hkou ds iw.kZ gksus ds

izek.ku ds izek.k&i= ds lkFk fuEufyf[kr Hkh layXu djsxk&

¼d½ fu;e ¼3½ ds v/khu iwjk djus ds pj.k esa fofHkUu ?kVdksa dh tkap lwph ds lkFk lE;d :i

ls iw.kZ vuqikyu iz:iksa esa fuEufyf[kr 'kkfey gksaxs&

(i) ,;j-gSaMfyaXk midj.k] iz”khru midj.k] daMsflax midj.k] ,;j&¶yks lkjka”k] izdk”k

midj.k fof”kf’V;ka n”kkZus okyh rkfydkvksa vkSj eksVj fof”kf’V;ksa dks iznf”kZr djus okyh

lkjf.k;ksa ds fy, rki] laokru vkSj okrkuqdwyu ?kVd rkfydkvksa dk iqufoZyksdu(

(ii) jks'kuh ds midj.k tSls ySEiksa ckykLV ds fujh{k.k }kjk fQDLpj dh okWV {kerk dh

iqf’V vkSj fujh{k.k esa izdk'k ikoj ?kuRo dks fu/kkZfjr djus ds fy, Hkou esa mi;ksx ds

izdkj ds vuqlkj de ls de ;kn`fPNd tkap 'kkfey gksxh(

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jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

(iii) vko';d izdk'k fu;a=.k dh iqufoZyksdu djuk] tSls gLrpkfyr fLop vkWQ isjhehVj]

fnu ds izdk'k lfdZV] Lopkfyr vf/kHkksx vk/kkfjr fu;a=.k] QksVksa laslj fu;a=.k vkSj

Lopkfyr Vkbej vk/kkfjr fu;a=.k(

(iv) LFkkfir Åf’er] laokru vkSj okrkuqdwyu midj.k vkSj fu;a=.k midj.k ds fu’iknu

ewY;ksa ds xq.kkad iqufoZyksdu(

(v) LFkkfir eksVj vkSj fu;a=.k dh n{krk dk iqufoZyksdu(

(vi) fo|qr dkjd vkSj fctyh forj.k uqdlku dk iqufoZyksdu(

(vii) vko';d tkap ehVfjax vkSj fuxjkuh iz.kkyh dk iqufoZyksdu(

¼[k½ izLrkfor fMtkbu esa ÅtkZ laca/kh Hkou dh lqfo/kkvksa dh ,d lwph] ;fn dksbZ gks] tks Lohd`r

;k ekud vk/kkjHkwr fMtkbu ls fHkUu gksrh gS(s

¼x½ Hkou ds bUlqys'ku] QsudLVsª'ku] ghfVax] laokru vkSj okrkuqdwyu] ykbfVax vkSj bysfDVªWdy

flLVEl] okWVj ghfVax iz.kkyh lfgr lHkh ÅtkZ laj{k.k mik;ksa ds laca/k esa fd, x, fuekZ.k ds

leFkZu esa lHkh nLrkost vkSj chtdA

¼8½ ;fn Hkou dh eatwj ;kstuk dh rqyuk esa iwjk gksus ds Lrj ij ÅtkZ fu’iknu lwpdkad

vuqikr ,d ls de ;k cjkcj gS] rks bls lafgrk vkSj bu fu;eksa dk ikyu djuk le>k tk,xkA

¼9½ ;fn eatwj ;sktuk ds ÅtkZ fu’iknu lwpdkad vuqikr esa fopyu gS] rks Hkou dh vkSj mUgsa

Lokeh dks lalwfpr djsxk rFkk eatwj ;kstuk dh rqyuk esa ;g ,d ls vf/kd gS rks ukfedkc) ÅtkZ ys[kk

ijh{kd ¼Hkou½ iz:i 11 esa vius fu’d’kZ fjdkWMZ djsxkA LOkkeh ls vfrfjDr ÅtkZ laj{k.k mik; dks 'kkfey

djus ds ek/;e ls bldk vuqikyu djus ds fy, dgsxkA ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ LOkkeh dks

rduhdh lgk;rk iznku djus ds lkFk ;g lqfuf'pr djsxk fd Hkou dk izLrkfor fMtkbu bu fu;eksa ds

vuq:i gksA

¼10½ LOkkeh u rks dCtk djsxk vkSj u gh fdlh vU; O;fDr dks fdlh Hkh iz;kstu ds fy, bu

fu;eksa ds v/khu Hkou ;k fdlh Hkou ds fgLls ij dCtk djus dh vuqKk nsxk] tc rd fd vf/kdkfjrk

izkf/kdkjh }kjk bl Hkou ;k blds fgLls dks mi&fof/k;ksa ds v/khu vf/kHkksx izek.ki= ugha fn;k tkrk gSA

¼11½ Lokeh Hkou ds iwjk gksus dk uksfVl nsxk vkSj vf/kHkksx ds fy, vuqKk izkIr djsxkA

¼12½ Lokeh ls ,sls uksfVl dh izkfIr ij vf/kdkfjrk j[kus okys izkf/kdkjh }kjk ukfedkc) ÅtkZ

ys[kk ijh{kd ¼Hkou½ }kjk izek.k i= ds lkFk] iz:i 12 esa vf/kHkksx izek.k i= tkjh fd;k tk,xk] ftlesa

vU; 'krksZa ds lkFk fuEufyf[kr 'krsZa 'kkfey gSa] vFkkZr~%&

(i) Hkou ds ÅtkZ fu’iknu dh fuxjkuh vkSj lR;kiu fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk

dk;kZUou lfefr }kjk dh tk,xh(

(ii) Lokeh ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ ds ek/;e ls Hkou ds iwjh rjg ls pkyw gksus ds

ckn yxkrkj nks o’kksZa rd C;wjks dks lwpuk ds v/khu iz:i 13 ds vuqlkj ,d ÅtkZ fu’iknu

lwpdkad fjiksVZ] jkT; vfHkfgr vfHkdj.k dks izLrqr djsxk(

(iii) ;fn Hkou dk ÅtkZ fu’iknu lwpdkad vuqikr ,d ls vf/kd gS] rks vf/kdkfjrk j[kus okyk

izkf/kdkjh ,d vaufre vf/kHkksx izek.ki= bl 'krZ ds v/;/khu tkjh dj ldrk gS fd Lokeh

eatwj dh xbZ ;kstuk ;k vuqKk i= esa vuqeksfnr Hkou ds ÅtkZ fu’iknu lwpdkad vuqikr dks

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jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

izkIr djus ds fy,] rhu o’kZ dh vof/k ds Hkhrj, Hkou ds ÅtkZ ijh{k.k ds fy, vfrfjDr

ÅtkZ laj{k.k mik;ksa dh igpku djk,xk(

(iv) ;fn LOkkeh] Hkou ds vf/kHkksx dh rkjh[k ls rhu o’kZ dh vof/k ds Hkhrj] [k.M (iii) esa ;Fkk

fofufnZ’V ÅtkZ fu’iknu lwpdkad dks ikzIr djus esa vlQy jgrk gS rks vf/kdkfjrk j[kus

okyk izkf/kdj.k fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk rduhdh f'kdk;r fuokj.k lfefr

ds le{k ekeyk j[ksxk tks Lokeh vkSj ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ dh lquokbZ

djsxk vkSj rnkuqlkj ekeys esa flQkfj'ksa djsxk vkSj vf/kdkfjrk j[kus okyk izkf/kdj.k bl

rjg dh vuq'kalkvksa dk ikyu djsxkA

¼13½ ;g izfØ;k rc rd ckj&ckj nksgjkbZ tk,xh tc rd fd Hkou dk ÅtkZ fu’iknu lwpdkad

vuqikr ,d ls de ;k ,d ds cjkcj ugha gks tkrk vkSj ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ lafgrk ds

ifjf'k’V ?k esa ;Fkk fufnZ’V vuqlkj izR;sd pj.k esa] vFkkZr~ fMtkbu] lfUuekZ.k vkSj iwjk djus ds fy,

fofHkUu ÅtkZ laj{k.k mik;ksa dks lafgrk vkSj bu fu;eksa ds vuq:i izkIr djus ds fy,] vuqikyu nLrkostksa

dks Hkjsaxsa vkSj mUgsa tek djsaxsA

¼14½s mi&fu;e ¼3½ esa mfYyf[kr vuq:i.k midj.k] Hkou ÅtkZ fo'ys’k.k daI;wVj izksxzke ds

ewY;kadu ds fy, ijh{k.k dh ekud iz.kkyh ij vk/kkfjr gksxkA

¼15½ LOkkeh bu fu;eksa ds mica/kks ds v/khu fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk vuqikyu

rduhdh f'kdk;r fuokj.k lfefr dks fdlh Hkh f'kdk;r ds fuokj.k ds fy, laidZ dj ldrk gSA

6- lfefr;ka-&&¼1½ funs'kky; ÅtkZ jkT; ds eq[; lfpo mlds, ;k uke funsZf”kr dh v/;{krk esa

jkT; ÅtkZ laj{k.k Hkou lafgrk dk;kZUo;u lfefr dk xBu djsxk vkSj ftlds fuEufyf[kr lnL; gksxs&

¼d½ C;wjks ls ,d izfrfuf/kA

¼[k½ fgekpy izns”k yksd fuekZ.k foHkkx ls ,d izfrfuf/kA

¼x½ fMldkWet vkSj fo|qr fujh{k.kky; ls izfrfuf/kA

¼?k½ uxj fuxe] f”keyk ¼,e lh ,l½ ls izfrfuf/kA

¼M+½ “kgjh fodkl ,oa vkokl ¼;w Mh ,p½ ls izfrfuf/kA

¼p½ fodkl izkf/kdj.kksa ls izfrfuf/kA

¼N½ fofuekZ.k m|ksx ls ,d izfrfuf/kA

¼t½ ch0 bZ0 bZ0 ukfedkc) bZ lh ch lh eq[; izf”k{kdA

¼>½ Mh0 vks0 bZ0] bZ0 lh0 lSy ls lnL; lfpo ds :i esa ,d ofj’B izfrfuf/kA

¼¥½ v/;{k }kjk ukefunsZf”kr dksbZ vU; lnL;A

¼v½ jkT; mtkZ laj{k.k Hkou lafgrk dk;kZUo;u lfefu fuEUkfyf[kr djsxh:

(i) bu fu;eks ds mikca/kksa ds vuqlkj Hkou ds fu’iknu dh c<+kSrjh ds fy, Hkou ds fofHkUu

?kVdksa vkSj iz.kkfy;ksa esa ekinaMksa ds vuqdwyy ds ek/;e ls ÅtkZ n{krk ekudksa dks c<+kok

nsuk vkSj okf.kfT;d Hkouksa ;k izfr’Bkuksa esa ÅtkZ laj{k.k vkSj ÅtkZ n{krk dks c<+kok nsus dk

,d izHkkoh lk/ku cukus ds fy, izR;sd leFkZu iznku djuk %

(ii) jk’Vªh; ÅtkZ laj{k.k Hkou lafgrk dk;kZUo;u lfefr dh lgk;rk ds fy, C;wjks dks bldh

flQkfj”kksa dks vxzsf’kr djus ds fy, ÅtkZ fu’iknu lwpdkad] {ks=&okj&xeZ vkSj “kq’d] xeZ

vkSj vknzZ] lfEeJ] le”khrks’k.k vkSj BaMs tyok;q {ks=] oxhZdj.k&okj ds laca/k esa Hkou ds

fy, ÅtkZ miHkksx ekud fodflr vkSj iqujhf{kr djuk(

(iii) fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk vkSj lafgrk vuqikyu Hkou ds lfUuekZ.k ds fy,

izfØ;k ds ckjs esa tkx:drk l`tu djuk %

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jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

(iv) ÅtkZ n{k Hkouksa ds lfUuekZ.k dks izksRlkgu nsuk ftlls fd Hkou fuekZ.k ifj;kstukvksa dh

tyok;q ifjfLFkfr;ksa vkSj vko”;drkvksa ds laca/k esa muds fuekZ.k esa xq.kork vkSj fujarjrk

lqfuf”pr gks lds %

(v) Hkouksa ds ÅtkZ n{k fMtkbu dks c<+kok nsus ds fy, vf/kdkfjrk j[kus okys izkf/kdkfj;ksa ds

lkFk fudV leUo; esa Hkou lfUuekZ.k o`frdksa] fodkldrkZ vkSj lafonkdkjksa dh {kerk fuekZ.k

dks c<+kok nsuk (

(vi) lHkh ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ ds izR;i=ksa dks tkapus ds fy, muds okf’kZd dk;Z

ds fu’iknu dk iqufoZyksdu djuk %

¼c½ fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk vuqikyu rduhdh f”kdk;r fuokj.k lfefr

fgekpy izns”k ljdkj ds “kgjh fodkl vkSj vkokl foHkkx ds vf/kdkjh dh v/;{krk esa

fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk dk;kZUo;u lfefr }kjk ukefunsZf”kr vU; lnL; ds

LkkFk] tks pkj ls vf/kd ugha gks] tks vuqHko vkSj izf”k{k.k ls jkT; esa lafgrk vuqikyu Hkou

ds lfUuekZ.k ls lacaf/kr ekeyksa ij fu.kZ; nsus ds fy, vfgZr gksa fd&

(i) vf/kdkfjrk j[kus okys izkf/kdkjh }kjk nh xbZ fufnZ’V le; vof/k ds Hkhrj lafgrk

vuqikyu Hkou ds Lokeh }kjk] Hkou vuqKk i=, lekiu izek.k i=] Hkou ds vf/kHkksx

izek.k i= lfgr iwjk gksus ds pj.k ij ÅtkZ fu’iknu lwpdkad vuqikr ds fu/kkZj.k vkSj

bu fu;eksa ds fuoZpu ;k lafgrk vkSj bu fu;eksa ds dk;kZUo;u ls mRiUu fdlh Hkh

vU; f'kdk;r ij] nk;j dh xbZ f'kdk;r dh lquokbZ dh tk,(

(ii) ,sls fook|d ij] ;FkkfLFkfr] ;k vf/kdkfjrk j[kus okys izkf/kdkjh dks iqu:fopkj djus

;k vf/kdkfjrk j[kus okys izkf/kdkjh }kjk dk;kZUo;u djus dh flQkfj'ksa djsaA

¼2½ ÅtkZ n{krk C;wjks }kjk xfBr jk’Vªh; ÅtkZ laj{k.k Hkou lafgrk dk;kZUo;u lfefr mi&fu;e

¼1½ ds mi[kaM ¼ii) ds v/khu jkT; ÅtkZ laj{k.k Hkou lafgrk dk;kZUo;u lfefr dh flQkfj'ksa dk ewY;kdau

djsxh vkSj jk’Vªh; ÅtkZ miHkksx [kir ekunaMkas vkSj ekudksa ds vuqlkj tyok;q {ks= ds vuqlkj]

oxhZdj.k&okj lafgrk vuqikyu fMtkbuksa dks fofufeZr djus ds laca/k esa viuh flQkfj'kksa dks vfUre :i

nsxh C;wjks vf/kdkfFkr vf/klwfpr izfØ;k ds vuqlkj lafgrk ij v|ru djsxkA

7- Lokeh ds mrjnkf;Ro vkSj drZO;-&&¼1½ lafgrk vuqikyu Hkou ds Lokeh dks lafgrk vkSj bu

fu;eksa dh vis{kkvksa ds vuqlkj mDr Hkou dk dke djkuk gksxkA

¼2½ izR;sd Lokeh&

¼d½ bu fu;eksa dh vis{kkvksa dks iwjk djus ds fy, Hkou fMtkbu] fodflr djsxk ÅtkZ laj{k.k

mik;ksa vkSj midj.kksa ds izfr’Bku esa rSukr ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ dks fu;qDr

djsxk vkSj fuEufyf[kr lqfuf”pr djsxk vFkkZr~%&

(i) Hkou] ctV vkSj le; dh ck/kkvksa dh tfVyrk ds vk/kkj ij vius Hkou ifj;kstuk ds

fy, lqlaxr vuqikyu izLrko dks vafre :i nsuk(

(ii) izLrkfor Hkou ds voLFky ds laca/k esa le;≤ ij la'kksf/kr lafgrk ds vuqlkj

ÅtkZ laj{k.k mik;ksa dks vafre :i nsuk(

(iii) bu fu;eksa ds micU/kksa ds vuqlkj Hkou fMtkbu esa ÅtkZ laj{k.k mik;ksa dks ,dhd`r

djuk(

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(iv) js[kkfp=ksa fof'kf’V;ksa vkSj vuqikyu iz:i rS;kj gSa vkSj ÅtkZ lja{k.k mik;ksa dks Hkou

fMtkbu ds nLrkostksa esa izfrfcafcr fd;k x;k gS vkSj vf/kdkfjrk j[kus okys izkf/kdkjh

dks fu;eksa dh vis{kkvksa ds vuqikyu esa izLrqr fd;k x;k gS] vkSj blds lkFk ukfedkc)

ÅtkZ ys[kk ijh{kd ¼Hkou½ }kjk Hkou ds ÅtkZ fu’iknu lwpdkad vuqikr dks ,d izek.k

i= }kjk fufnZ’V djsxk fd nLrkost bu fu;eksa dh vis{kkvksa ds vuqlkj gS(

(v) uksfVl dks Hkou LFky ij lfUuekZ.k dk;Z ds izkjaHk djus ds vius vk'k; dks

vkf/kdkfjrk j[kus okys izkf/kdkjh dks Lohd`fr dh oS/krk ds Hkhrj fn;k x;k gS(

(vi) ,sls uksfVl dh rkjh[k ls vf/kdkfjrk j[kus okys izkf/kdkjh }kjk fufnZ’V vof/k ds Hkhrj

dke vkjaHk djuk ;k tgka Hkh vko';d gks] ogka fuekZ.k dk;Z vkjaHk djus ds fy, le;

dks c<+k;k tkuk(

(vii) ;g lqfuf'pr djuk fd Hkou ds lfUuekZ.k vkSj mlds ?kVdksa vkSj iz.kkfy;ksa ds

izfr’Bkiu esa fMt+kbu fd, x, ÅtkZ laj{k.k mik; viuk, x, gSaA

¼[k½ vf/kfu;e ds v/khu fu;eksa vkSj fofu;eksa ds lkFk fuekZ.k dk;ksZa dk vuqikyu lqfuf'pr

djus ds fy, fujh{k.k ds iz;kstu ds fy, fdlh Hkh mfpr le; ij Hkou ;k ifjlj esa

izos'k djus ds fy, ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ dks vuqKk nsa(

¼x½ vf/kdkfjrk j[kus okys izkf/kdkjh dks fyf[kr lwpuk nsuk] ftlesa ukfedkc) ÅtkZ ys[kk

ijh{kd ¼Hkou½ ls ,d izek.k i= ds lkFk fuekZ.k dk;Z dks iwjk djus ds ckjs esa lwfpr fd;k

tkrk gS fd&

(i) Hkou dk fuekZ.k Hkou fuekZ.k vuqKk i= dh eatwjh ds vuqlkj fd;k x;k gS(

(ii) lHkh ÅtkZ laj{k.k mik;ksa dks izfr’Bkfir dj vkSj mudk fujh{k.k dj fy;k x;k gS] vkSj

os lafgrk vkSj bu fu;eksa dh vis{kkvksa dks iwjk djrs gSa(

(iii) Hkou fMtkbu] lafgrk vkSj bu fu;eksa ds izko/kkuksa dks iwjk djrs gSaA

¼?k½ ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ dh lsokvksa dh lekfIr vkSj buds LFkku ij vU; fdlh

ÅtkZ ys[kk ijh{kd ¼Hkou½ dh fu;qfDr ds ekeys esa vf/kdkfjrk j[kus okys izkf/kdkjh vkSj

jkT; inkfHkfgr vfHkdj.k dks fyf[kr lwpuk nsuh pkfg,(

¼M-½ Hkou ds iwjk gksus ds ckn Hkou ;k mlds fdlh fgLls ij dCts ls igys vf/kdkfjrk j[kus

okys izkf/kdj.k ls ,d vf/kHkksx dk vuqKk i= izkIr djuk(

¼p½ bu fu;eksa ds micU/kksa dks iwjk djus esa ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½] ;fn dksbZ gks]

ds ikl O;kogkfjd dfBukb;ksa dh fjiksVZ djsa] tks jkT; vfHkfgr vfHkdj.k vkSj fgekpy izns'k

ÅtkZ laj{k.k Hkou lafgrk dk;kZUo;u lfefr ds ijke'kZ ls vko';d dkjZokbZ djsxk(

¼N½ vf/kdkfjrk j[kus okys izkf/kdj.k ls] uksfVl dh izkfIr ij] ;fn dksbZ gks] og ,sls uksfVl eas

;FkkfofufnZ’V ;qfDr&;qDr le; ds Hkhrj] ,sls mi;ksx dks can dj nsxk vkSj fdlh Hkh ekeys

esa bu fu;eksa ds micU/kksa dh vis{kk ugha djsxkA

¼t½ tgka og iz.kkyh ;k lkexzh ;k midj.k ds foijhr Hkou dh ÅtkZ n{krk esa lq/kkj ds dkj.k

fdlh Hkh iz.kkyh ;k lkexzh ;k midj.kksa ds izfr’Bkiu dks cnyus dk izLrko djrk gS] tSlk

fd Lohd`fr ;kstuk esa crk;k x;k gS] rks og ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ dk

3191

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vko';d vuqeksnu izkIr djus ds i'pkr~ ,slh iz.kkyh ;k lkexzh ;k midj.k dk bLrseky

djsxk ;k izfr’Bkfir djsxk:

ijUrq ;g bu fu;eksa ds micU/kksa dh Hkkouk vkSj vk'k; dk vfrØe.k u djrk gks %

ijUrq ;g vkSj fd ,sls ifjorZu ls Hkou dh vis{kkvksa vFkkZr~ bu fu;eksa ds v/khu vkus okys Hkouksa

ij ykxw dsUnzh; fof/k;ksa vkSj jkT; fof/k;ksa ds lajpukRed fLFkjrk] lqj{kk] LokLF; ;k i;kZoj.kh mica/kks ds

lkFk le>kSrk ugha fd;k tk,xkA

¼3½ Lokeh, bu fu;eksa ds micU/kksa ds v/khu] fdlh Hkh f”kdk;r ds fuokj.k ds fy, fgekpy Áns”k

ÅtkZ laj{k.k Hkou lafgrk vuqikyu rduhdh f”kdk;r fuokj.k lfefr ls vuqjks/k dj ldsxkA

8- ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ dh Hkwfedk] mŸkjnkf;Ro vkSj drZO;-&&ukfedkc)

ÅtkZ ys[kk ijh{kd ¼Hkou½] ftudh lsok,a Lokeh }kjk yh xbZ gS]

¼d½ ;g lR;kfir vkSj Áekf.kr djsaxsa&

fMtkbu ekunaM] ifj;kstuk ds ÅtkZ y{;ksa] ÅtkZ Á.kkfy;ksa ds fu’iknu lR;kiu ;kstuk

vkSj ekWMfyax n`f’Vdks.k dks /;ku esa j[krs gq, Hkou dk fMtkbu(

fopkjk/khu ifj;kstuk ds fy, fMtkbu n`f’Vdks.k ds vk/kkj ij ÅtkZ laj{k.k mik;(

fuekZ.k nLrkost vkSj vuqikyu nLrkost] vuqikyu Á:i vkSj tkap lwph] tks ;g

lqfuf”pr djus ds fy, fufnZ’V gSa fd Hkou lafgrk vkSj bu fu;eksa dk vuqikyu djrk

gS(

ÁLrkfor Hkou dk ÅtkZ fu’iknu lwpdkad vuqikr(

¼[k½ viuh eqgj ds v/khu ,d Áek.k i= vkSj vf/kd`r gLrk{kj dks bl vk”k; ds vuqlkj ÁLrqr

djsa fd js[kkfp=] fofunsZ”kksa] lfuekZ.k nLrkost vuqikyu nLrkost vkSj Hkou ds vkPNfnr {ks=

ds rS;kj Á:i] vkjke Á.kkyh vkSj fu;a=.k] Ádk”k O;oLFkk vkSj fo|qr ikoj Á.kkfy;k¡ tgka

dgha Hkh ykxq gkas] vkSj bu fu;eksa dh vuqikyuk lqfUkf”pr djus ds fy, vf/kdkfjrk j[kus

okys Ákf/kdj.k dks ÁLrqr fd, tkus ds fy, rS;kj fd, x, leLr vU; lafgrk laca/kh

nLrkost(

¼x½ Hkou ladeZ dk Hkou ds fMtkbu ls bu fu;eksa ds v/khu muds mi;ksx lafgrk budks ÁkjEHk

djus ds Lrj rd fujh{k.k djuk vkSj vf/kdkfjrk j[kus okyk Ákf/kdkjh muds izek.ku ij

vk/kkfjr Hkou vuqKk i= tkjh djsxk] Hkou dk lfUuekZ.k vuqeksfnr djsxk] Hkou ds iwoZ gksus

vkSj mlds vf/kHkksx djus dk Áek.ki= tkjh djsxkA

¼?k½ ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½] ;g lqfuf”pr djsxk fd mlds v/khu dke dj jgs

is”ksojksa ;k deZpkfj;ksa esa ls dksbZ Hkh] bu fu;eksa ds v/khu lacaf/kr Hkou ds lafUuekZ.k ;k

cnyko ds laca/k esa fdlh Hkh dke esa ugha yxk gS] rkfd ;g lqfuf'pr gks lds fd dksbZ

vf/kdkfjrk j[kus okys Ákf/kdkjh ds fgrksa ds lkFk mlds vkf/kdkfjd drZO;ksa ds lkFk fgrksa esa

dksbZ fookn ugha gS(

¼³½ Hkou vuqKki= ;k Hkou lfUuek.kZ ;k vf/kHkksx djus ds nkSjku tkjh gksus ds dkj.k mBus okys

,sls vlkekU; rduhdh eqÌksa ij jkT; vfHkfgr vfHkdj.k dks fjiksVZ(

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jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

¼p½ lafgrk vkSj bu fu;eksa ds csgrj dk;kZUo;u dh lqfo/kk ds fy, jk’Vªh; vkSj ÅtkZ laj{k.k

Hkou lafgrk dk;kZUo;u lfefr;ksa dks fufof’V;k¡ Ánku djuk&

¼N½ lafgrk esa fufnZ’V ekunaMks vkSj ekudksa dks c<+kok nsukA

9- jkT; inkfHkfgr vfHkdj.k ds mŸkjnkf;Ro vkSj drZO;-&&vf/kfu;e dh /kkjk 15 ds [k.M ¼?k½

ds v/khu fgekpy Áns”k ljdkj }kjk LFkkfir ÅtkZ funs”kky;] C;wjks ds ijke”kZ ls]

¼d½ fgekpy izns”k esa vf/kfu;e ds v/khu ÅtkZ ds n{k mi;ksx vkSj blds laj{k.k ds fy, lafgrk

vkSj bu fu;eksa ds micU/kksa dk leUo;] fofu;eu vkSj ykxw djsxk(

¼[k½ ÁR;sd okf.kfT;d Hkou ;k Áfr’Bku ds ftudk dqy fufeZr {ks=Qy 750 oxZ ehVj ;k mlls

vf/kd gks] dks lfUufeZr djsxk bu fu;eksa ds vuqikyu esa lfUufeZr djuk lqfuf”pr djsxkkA

¼x½ jkT; esa fuekZ.k {ks= esa ÅtkZ n{krk dks c<+kok nsus ds fy, ÁHkkoh midj.k :i esa ukfedkc)

ÅtkZ ys[kk ijh{kd ¼Hkou½ ds dSMj dks cukus ds n`f’Vxr xq.koŸkk] fLFkjrk vkSj bu fu;eksa ds

vuqikyu dh nj esa lq/kkj djus ds fy, ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ ds fu’iknu

dk vuqJo.k djsxk(

¼?k½ lafgrk vuqikyu Hkouksa dh vuqikyu nj dks ekius ds fy, jkT; esa ,d MsVk cSad cukuk vkSj

bu fu;eksa ds vuqikyu ds ifj.kkeLo:i ÅtkZ cpr ds fy, lgh rjhds ls fglkc j[ksxkA

¼³½ jkT; esa ÁR;sd Js.kh ds fy, i`Fkdr% xeZ vkSj “kq’d] xeZ] lfEeJ vkSj BaMs fHkUu&fHkUu {ks=ksa

ds v/khu Hkou ds {ks= ds Áfr oxZ ehVj ÅtkZ mi;ksx ij ,d MsVk cSad Hkh cuk,xkA

¼p½ jkT; esa fofHkUu Jsf.k;ksa dh bekjrksa ds fuekZ.k esa bu fu;eksa dk vuqikyu djus ds fy, mtkZ

C;wjks lwpdkad cukus ds fy, vko”;d dne mBk,xk vkSj fofHkUUk Ádkj dh bekjrksa ds

{ks=okj fuekZ.k ds laca/k esa ÅtkZ dh [kir ekunaMksa vkSj ekudksa ds fuekZ.k ds fy, C;wjksa dks

viuh flQkfj”ksa HkstsxkA

¼N½ jkT; esa ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ }kjk fjiksfVZax dh lVhdrk dks fu/kkZfjr djus

ds fy,, ;fn vko”;d gks] rks LFky ;k=kvksa dh O;oLFkk djsxkA

¼t½ ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ ds fu’iknu] bu fu;eksa ds vuqikyu djus okyh

ifj;kstukvksa dh lwph] fu’iknu] bu fu;eksa ds vuqikyu dk vfrØe.k djus okyh

ifj;kstukvksa dh lwph vkSj vfrØe.k ds Lrj ij fjiksZV rS;kj djsxk vkSj ÁR;sd o’kZ ÅtkZ

n{krk C;wjksa ds fy, bl rjg ds vfrØe.k dk lkjka”k miyC/k djok,xkA

¼>½ lafgrk vkSj bu fu;eksa ds vuqikyu esa lfUuekZ.k Á;kstu ds fy, bu fu;eksa ds mica/kksa dks

“kkfey djusa ds fy, viuh Hkou mifof/k;ksa dk la”kks/ku djus gsrq vf/kdkfjrk j[kus okys

Ákf/kdkjh ds lkFk leUo; djsxkA

¼´½ bu fu;eksa ds vuqikyu esa lafgrk laxr Hkouks vkSj muds ÁHkkohdj.k dh ÅtkZ fu’iknu esa

lq/kkj ds fy, ÅtkZ laj{k.k mik;ksa vkSj vf/kHkksx lfgr fMtkbu fuekZ.k ls lacaf/kr ekeyksa ds

laca/k esa bu fu;eksa ds mica/kksa ds vuq:i vf/kdkfjrk j[kus okys Ákf/kdkjh dks vko”;d

leFkZu Ánku djsxkA

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jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

10- fofo/k-&&¼1½ bu fu;eksa ds v/khu fo”ks’k :i ls fufnZ’V fdlh Hkh ÅtkZ laj{k.k mik;ksa ;k

i)fr ;k fMt+kbu ;k lfUuekZ.k mi;ksx vf/kdkfjrk j[kus okys Ákf/kdkjh }kjk jksdk ugha tk ldsxk ;fn

,sls ÅtkZ laj{k.k mik; ;k i)fr ;k fMtkbu ;k lfUuekZ.k ÅtkZ laj{k.k Hkou lafgrk rduhdh f”kdk;r

fuokj.k lfefr }kjk larks’ktud ik;k tkrk gS vkSj ,sls ÅtkZ laj{k.k mik; ;k i)fr ;k fMt+kbu ;k

lfUuekZ.k] vius vf/kHkksx ij ÅtkZ ds mi;ksx esa ÅtkZ fu’iknu lwpdkad vuqikr dks vuqdwfyr djus esa

Lokeh dh lgk;rk djrs gSaA

¼2½ C;wjkas }kjk lkef;d iqujh{k.k ij lafgrk dks jkT; }kjk ÅtkZ laj{k.k vf/kfu;e ds micU/k ds

vuqlkj vaxhd`r fd;k tk,xkA vaxhd`r lafgrk ds ykxw gksus ds nkSjku C;wjks }kjk tkjh fdlh

Li’Vhdj.k@la”kks/ku dk jkT; ds fy, ykxw gksuk Hkh foof{kr gksxk ;fn jkT; ÅtkZ laj{k.k Hkou lafgrk

dk;kZUo;u lfefr }kjk flQkfj”k dh xbZ gksA

vkns”k }kjk]

izcks/k lDlsuk]

iz/kku lfpo ¼fo|qr½]

&&&&&&&

Á:i&1

[fu;e 5 ¼1½ ns[k]

fgekpy Áns'k ÅtkZ laj{k.k Hkou lafgrk@vuqikyu Hkou esa fuekZ.k@iqu% fuekZ.k@cnyko djus ds lanHkZ

esa Hkou vuqKk&i= ¼ijfeV½ ikus ds fy, vkosnu

lsok esa]

vk;qDr ;k ¼l{ke Ákf/kdkjh dk uke½

vf/kdkfjrk Ákf/kdj.kA

“kgj dk uke

rkjh[k_____

fo’k;-&&Hkw[k.M la[;k-------------CykWd la[;k-----------;kstuk------------------lM+d------------------uxj@”kgj dk uke--------------ds

ifjlj esa fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou dk fuekZ.k djus gsrq vkosnuA

egksn;]

eSa@ge v/kksgLrk{kjh ,rn~}kjk }kjk Hkw[k.M la[;k ---------------------CykWd la[;k---------------;kstuk--------------------

-------ds ifjlj esa fgekpy Áns”k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 ds v/khu fgekpy Áns”k ÅtkZ

laj{k.k Hkou lafgrk vuqikyu Hkou ds fuekZ.k @iqu% fuekZ.k@ ifjorZu ds vk”k; ls vkidks lwpuk nsrk gw¡

rFkk fgekpy Áns”k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds fuekZ.k ds fy, Hkou vuqKk i=

(ijfeV) tkjh djus dk vuqjks/k djrk g¡wA fuEufyf[kr nLrkost layXu gSaA

3194

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

(i) mijksDr fu;eksa esa fufnZ’V ÅtkZ laj{k.k ds mik;ksa dh LFkkuik dks fufgr djus dh tkap

lwfp;ksa lfgr fuekZ.k ds nLrkost vkSj vuqikyu Á:iA

(ii) fuekZ.k nLrkostksa vkSj vuqikyu Á:iksa lfgr tkap lwfp;ksa dk lR;kiu Jh ----------------------------------

-------- jftLVªhdj.k la[;k -----------------------ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ }kjk fd;k x;k

gSA bl fo’k; esa Á:i 2 esa gLrk{kfjr vkSj eqgj lfgr ,d Áek.k i= layXu fd;k x;k gSA

Hkonh;]

¼Lokeh dk uke½

irk-----------------------------------------------------------------

nwjHkk’k uEcj@eksckby uEcj------------------------

&&&&&&&&&

Á:i&2

[fu;e 5 ¼1½ ¼d½ ns[ksa]

ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds fuekZ.k ds fy, Lokeh }kjk opu½

eSa@ge miksDr dfFkr Hkw[k.M la[;k-------------------CykWd la[;k-------------------------ds Lokeh gS] fuekZ.k ds iwjs

gksus ij ÁLrkfor Hkou esa dqy fufeZr {ks=Qy 750 oxZehVj ;k ml ls vf/kd gksxk vkSj mi;ksx djus gsrq

vk”kf;r bl fuekZ.k dk mi;ksx okf.kfT; d Á;kstu ds fy, gksxkA

ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 ds miC/kksarn~uqlkj ÁLrkfor Hkou ij ykxw gksaxsA

eSa@ge opu nsrs gSa fd mijksDr dfFkr Hkou dk fuekZ.k lfUuekZ.k Ákf/kdj.k Hkh mi&fof/k;ksa vkSj

ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 ds micU/kksa ds vuqlkj fd;k tk,xkA ;fn Hkou ds lfUuekZ.k ds

nkSjku dksbZ fopyu ik;k tkrk gS rks ge vf/kdkfjrk Ákf/kdj.k dks gksus okyh gkfu dh {kfriwfrZ djsaxsA

eSa@ge iqu%opu nsrs gSa fd layXu js[kkfp= vkSj vkosnu esa nh xbZ tkudkjh esjs@gekjs loksZŸke

Kku ds vuqlkj lgh gS vkSj ;fn nh xbZ dksbZ tkudkjh xyr ikbZ tkrh gS rFkk mDr tkudkjh ds

ifj.kkeLo:i dsanz ;k jkT; ljdkj ;k muds v/khu fdlh vU; Ákf/kdj.k dks gkfu gksrh rks eSa@ge mDr

gkfu dh {kfriwfrZ dk opu nsrs gSaA

gLrk{kfjr@&

¼Lokeh dk uke½

irk-----------------------------------------------------------

nwjHkk’kuacj@eksckby uacj------------------------

&&&&&&&&

iz:i&3

[fu;e 5 ¼1½ ¼x½ ¼ii½ vkSj 5 ¼4½ ¼d½ ¼i½ ns[ksa]

¼fgekpy Áns”k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds fy, vuqKk i= (ijfeV) gsrq vkosnu ds fy,

ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ dh vksj ls izek.k i=½

3195

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

eSa@ge ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ gSa ftudh ÅtkZ laj{k.k vf/kfu;e] 2001 ¼2001 dk

52½ ds v/khu jftLVªhdj.k la[;k gS vkSj gesa fgekpy ljdkj ÅtkZ laj{k.k Hkou

lafgrk vuqikyu Hkou dh laoh{kk rFkk fMtkbu dk lR;kiu djus dk vf/kdkj gSA eSa@ge izekf.kr djrs

gSa fd&

¼d½ eSaus@geus] Hkw&[k.M la[;k&&&&CykWd la[;k&&&&”kgj&&&&&&&jkT; dh Ldhe esa

lfUUkekZ.k ds fy, izLrkfor Hkou dh ckcr] uxjikfydk mi fof/k;ksa vkSj fgekpy izns”k ÅtkZ

laj{k.k Hkou lafgrk fu;e] 2018 ds vuqlkj Hkou ds leLr lEcf/kr MkVk vkSj fo”ks’krk,a]

midj.k vkSj iz.kkfy;ksa ds leqfpr C;kSjs vkSj ftlesa Hkou vkoj.k ghfVax laokru vkSj

okrkuqdwyu xeZikuh dh lsok] izdk”k vkSj fo|qr ÅtkZ dks n”kkZrs gq, Lokeh }kjk fn, x,

lfUuekZ.k nLrkost] Lokeh@fMtkbu O;olk;h }kjk lE;~d :i ls gLrk{kfjr opuc) dh

tk¡p dj yh gSA

¼[k½ eSaus@geus mi&fof/k;ksa vkSj fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 dk

vuqikyu lqfuf”pr djus ds fy, tkap lwfp;ksa ds lkFk vuqikyu iz:iksa dh tk¡p dj yh gSA

¼x½ v/kksgLrk{kjh }kjk vuqikyu nLrkostksa dk lE;d~ :Ik ls fujh{k.k dj fy;k x;k gSA

¼?k½ Hkou fMtkbu esa ÅtkZ fu’iknu lwpdkad vuqikr vuqikyu nLrkostksa ds vuqlkj fMtkbu ds

pj.k ij ,d ds cjkcj ;k blls de gS vkSj blfy, ;g fgekpy izns”k ÅtkZ laj{k.k Hkou

lafgrk fu;e] 2018 ds vuqikyu esa gSA

¼³½ ;g izekf.kr fd;k tkrk gS fd tek fd, x, nLrkostksa dh lHkh vko”;d tk¡p vkSj lR;kiu

JeiwoZd lPpkbZ ds lkFk vkSj lexz ;qfDr&;qDr O;kolkf;d dkS”ky] ns[kHkky vkSj ifjJe ds

lkFk fd;k x;k gS rFkk Hkouksa ds js[kkfp=ksa dk lR;kiu djus rFkk vuqikyu iz:ikas lfgr

fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 ds fofHkUu ?kVdksa dks “kkfey djrs gq,

tk¡p lwfp;ksa dh tk¡p vkSj lR;kiu dj fy;k x;k gSA

¼p½ vkosnu ds lkFk tek fd, x, lHkh nLrkostksa dh lkezxh rF;ksa dk lR; izfrfuf/kRo gS vkSj

dqN Hkh Nqik;k ugha x;k gSA

mijksDr izLrkfor Hkou ds lac/ka esa Hkou vuqKk i= (ijfeV) tkjh djus ds fy, dksbZ vkifÙk

ugha gS] tgka rd fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 dh vko”;drkvksa dk lac/ka gSA

gLrk{kfjr@&

ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½A

jftLVªhdj.k la[;k@eqgj

rkjh[k % &&&&&&&&&&&&&&&&

&&&&&&

iz:Ik&4

[fu;e 5¼3½¼M½¼i½vkSj 5¼4½¼d½¼i½ns[ksa]

¼izLrkfor Hkou ds lac/ka esa vuqKk i= (ijfeV) vkosnu dh iqufoZyksdu ij ukfedkc) ÅtkZ ys[kk ijh{kd

¼Hkou½ }kjk fujh{k.k dk izek.k&i= Lokeh dks pwd rFkk vuqikyu ugha gksus dk laisz’k.k½

3196

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

lsok esa]

Jh ]

irk % &&&&&&&&&&&&&&&&&&&&

fo’k;-&&Hkw[k.M la[;k-------------CykWd la[;k-----------Ldhe------------------lM+d------------------uxj@”kgj dk uke-------

ifjlj esa izLrkfor Hkou fuekZ.k ds fy, vkosnu&fMtkbu pj.k fujh{k.k ij fgekpy izns”k ÅtkZ laj{k.k

Hkou lafgrk fu;e] 2018 ds lkFk pwd@vuqikyu ugha gksus ds fooj.kA

egksn;]

eSa@ge-------------¼uke½ ----------------}kjk ,d vf/kd`r ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ gaw/gSa ,rn~}kjk

dFku gS fd eSaus@geus vkids }kjk fn, x, opu dk iqufoZyksdu vkSj lR;kiu fd;k gS rFkk fuekZ.k

nLrkostksa] vuqikyu iz:iksa] tkap lwfp;ksa dk fujh{k.k fd;k gS tks fo’k; Hkou ds laca/k esa izLrkfor Hkou

ds fofHkUu ?kVdksa ds fu;e 5 ds mi fu;e ¼3½ esa fufnZ’V fofHkUu rRoksa ds laca/k esa Hkou vuqKk i=

(ijfeV) vkosnu ds lkFk tek fd, x, gSa vkSj lwfpr fd;k tkrk gS fd fujh{k.k djus ij fuEufyf[kr

pwd@vuuqikyu--------------------gksus dh tkudkjh feyh gS&

¼i½

¼ii½

¼iii½

¼iv

;g vuqjks/k gS fd vkidh fMtkbu Vhe ds lkFk ijke”kZ esa bUgsa fgekpy izns”k ÅtkZ laj{k.k Hkou

lafgrk fu;e] 2018 ds vuqikyu esa ykus ds fy, vfuok;Z ÅtkZ laj{k.k mik; fd, x, gSaA rnuqlkj

vkils vuqjks/k gS fd bl i= ds tkjh gksus dh rkjh[k ls ,d ekl ds Hkhrj lq/kkjkRed dkjZokbZ djsaA Hkou

vuqKk i= (ijfeV) tkjh djus ds fy, vkids vkosnu ij vxyh dkjZokbZ mijksDr dfFkr

pwd@vuuqikyu gksus ds larks’ktud vuqikyu ds ckn dh tk,xhA

gLrk{kfjr@&

ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½A

jftLVªhdj.k la[;k@eksckby ua0&&&&&&&

eksgjA

&&&&&&&&&

Á:i&5

[fu;e 5¼3½¼p½ns[ksa]

fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds laca/k es lfUuekZ.k nLrkost vkSj vuqikyu

iz:Ik layXu djrs gq, Hkou vuqKki= (ijfeV) vkosnu dh iqufoZyksdu ij ukfedkc) ÅtkZ ys[kk ijh{kd

¼Hkou½ }kjk fujh{k.k dk izek.k i=

eSa@ge -------------------¼uke½] vkns”k la[;k ------------------ }kjk ,d vf/kÑr ukfedkc) ÅtkZ ys[kk ijh{kd

¼Hkou½ g¡w / gSa ,rn~}kjk dFku gS fd eSaus@geus Lokeh }kjk fn, x, opu dk iqufoZyksdu vkSj lR;kiu

3197

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

fd;k gS rFkk lfUuekZ.k nLrkostksa vuqikyu iz:iksa] tkap lwfp;ksa dk fujh{k.k fd;k gS] tks Hkw[k.M la[;k -----

--------------- CYkWkd la[;k --------------------- Ldhe ------------ “kgj@uxj ---------------------- jkT; ---------------------- ds ifjlj esa

izLrkfor fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou lafgrk ds fofHkUu rRoksa ds laca/k esa Hkou

ijfeV vkosnu ds lkFk tek fd, x, vkSj izekf.kr fd;k tkrk gS fd %

(i) v/kksgLrk{kjh }kjk rkjh[k --------------- ds fujh{k.k ds izek.k i= esa n”kkZbZ xbZ pwd@vuuqikyu

gksus dk vuqikyu larks’ktud :Ik ls fd;k x;k gS;

(ii) ÅtkZ fu’iknu lwpdkad vuqikr dh x.kuk mijksDr dfFkr nLrkostksa esa fn, x, MsVk ds

lkFk feyrh gS vkSj ;g fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 ds vuqikyu

esa gSA

eSa@ge iqu% izekf.kr djrs gSa fd &&

¼d½ fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 esa “kkfey fd, x, ?kVdksa ds laca/k esa

vuqikyu iz:iksa ds lR;kiu esa lHkh ;qfDr;qDr O;kolkf;d dkS”ky] ns[kHkky vkSj Je iwoZd

dk;Z fd;k x;k gS vkSj bldh lkexzh rF;ksa dk okLrfod izfrfuf/kRo gS vkSj ;g fgekpy

izns”k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 dh vko”;drk,a iwjh djrs gSaA

¼[k½ mijksDr izLrkfor Hkou ds laca/k esa] tgka rd fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk

fu;e] 2018 dh vko”;drkvksa dk laca/k gS] Hkou vuqKk i= (ijfeV) tkjh djus ds fy,

dksbZ vkifr ugha gSaA

lE;~d :Ik ls iw.kZ dh xbZ v/kksgLrk{kjh }kjk gLrk{kfjr tkap lwph layXu gSA

gLrk{kfjr@&

vf/kÑr@ukfedko) ÅtkZ ys[kk ifj{kd ¼Hkou½A

jftLVªhdj.k la[;k@eksckby ua0 % &&&&&&&

eksgjA

&&&&&&&

iz:Ik&6

[fu;e 5¼5½¼d½ns[ksa]

fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds fuekZ.k dk;Z dks vkjaHk djus dh lwpuk

lsok esa]

vk;qDr ;k ¼l{ke izkf/kdkjh dk uke½

vf/kdkfjrk izkf/kdj.k

“kgj dk uke

Rkkjh[k % __/ __/ _____

fo’k;-&&Hkw[k.M la[;k ------------------ CykWd la[;k ------------------Ldhe--------------------- lM+d----------------- uxj@”kgj dk

uke -------------------ds ifjlj esa ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou dk fuekZ.k&Hkou fuekZ.k dk;ksZa dks

vkjaHk djus dh lwpukA

3198

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

egksn;]

eSa@ge ,rn~}kjk mijksDr LFky vFkkZr Hkw[k.M la[;k ------------------ Ldhe ----------------- lM+d ------------------

esa fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds lfUuekZ.k ds fy, ÅtkZ laj{k.k mik;ksa ds

dk;kZUo;u lfgr Hkou fuekZ.k ladeZ vkjaHk djus dh lqpuk nsrk gwa] tks vf/kdkfjrk izkf/kdj.k }kjk Qkby

la[;k ----------------@i= la[;k -------------------}kjk iznku dh xbZ eatwjh ds vuqikyu esa gSA

Hkonh;]

Lokeh ds gLrk{kj

¼Lokeh dk uke½

Lokeh dk irkA

&&&&&&&&

Ikz:Ik&7

[fu;e 5¼6½¼[k½ vkSj ¼?k½ns[ksa]

fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds laca/k esa layXu fuekZ.k nLrkostksa vkSj

vuqikyu iz:iksa lfgr fuekZ.k dk;ksZa dh iqufoZyksdu ij ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ }kjk

fujh{k.k dk izek.k&vuqikyu izek.ki= tkjh djuk

lsok esa]

Lokeh]

Ikrk %

eSa@ge -------------------- ¼uke½] vkns”k la[;k -------------------- }kjk ,d izkf/kÑr@ukfedkc)@ÅtkZ ys[kk

ifj{kd ¼Hkou½ ds rkSj ij ,rn~ }kjk dFku djrs gSa fd eSaus@geus lfUuekZ.k dk;ksZa ds nkSjku LFkkfir ÅtkZ

laj{k.k mik;ksa ij Lokeh }kjk fn, x, opu dk iqufoZyksdu fd;k gS vkSj lfUuekZ.k nLrkostksa] vuqikyu

iz:iksa] tkap lwfp;ksa dk iqufoZyksdu fd;k gS] tks Hkw[k.M la[;k ----------------------- CykWd la[;k ------------------ Ldhe

---------------------- uxj@”kgj --------------- jkT; ------------------ ds ifjlj esa izLrkfor ÅtkZ laj{k.k Hkou lafgrk

vuqikyu Hkou ds fu;e 5 ds mi fu;e ¼6½ esa fufnZ’V ?kVdksa ds fofHkUu rRoksa ds laca/k esa lfUuekZ.k ladZe

dh izxfr ds lkFk tek fd, x, vkdj izekf.kr fd;k tkrk gS fd blds ÅtkZ fu’iknu lwpdkad vuqikr

dk feyku mijksDr nLrkostksa esa fn, x, MsVk ds lkFk gS %

eSa@ge ;g Hkh izekf.kr djrs gSa fd fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 esa

“kkfey fd, x, ?kVdksa ds fofHkUu rRoksa ds laca/k esa lfUuekZ.k nLrkostksa vkSj vuqikyu iz:iksa ds lR;kiu

esa lHkh ;qfDr;qDr O;kolkf;d dkS”ky] ns[kHkky vkSj Je iwodZ dk;Z fd;k x;k gS vkSj bldh lkexzh rF;ksa

dk okLrfod izfrfuf/kRo gS vkSj ;g fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 dh

vko”;drk,a iwjh djrs gSaA

v/kksgLrk{kjh }kjk lE;d :Ik ls iw.kZ dh xbZ vkSj gLrk{kfjr tkap lwph layXu gSA

gLrk{kfjr@&

uke--------------------------------------------------]

ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½

jftLVªdj.k@eksckby ua0----------------------

eksgjA

3199

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

izfrfyfi-&&vk;qDr] vf/kdkfjrk izkf/kdj.k@”kgj dk uke@uxj eq[; dk;Zdkjh] jkT; ukfer

vfHkdj.k@jkT; dk uke@irkA

&&&&&&&

iz:Ik&8

[fu;e 5¼6½¼x½ ns[ksa]

[fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds laca/k esa layXu lfUuekZ.k nLrkostksa

vkSj vuqikyu iz:iksa lfgr lfUuekZ.k dk;ksZa ds iqufoZyksdu ij ukfedkc) ÅtkZ ys[kk ijh{kd

¼Hkou½ }kjk fujh{k.k dk izek.k i=&vuuqikyu gkus dk izek.ki= tkjh djuk]

lsok esa]

Jh --------------------------------------------

Lokeh]

Ikrk %

Rkkjh[k % __/__/___

fo’k;-&&ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ }kjk Hkw[k.M la[;k----------CykWd la[;k -------Ldhe---------------

lM+d ---------------------- uxj@”kgj dk uke ------------------------- ds ifjlj esa fgekpy izns”k ÅtkZ laj{k.k

Hkou lafgrk vuqikyu Hkou ds fuekZ.k ds fu’d’kksZa dh lalwpukA

egksn;@egksn;k]

eSa@ge ------------------- ¼uke½] vkns”k la[;k --------------- }kjk ,d izkf/kÑr@ukfedkc) ÅtkZ ys[kk

ijh{kd ¼Hkou½ ,rn~ }kjk dFku djrs gSa fd eSaus@geus Lokeh }kjk fn, x, opuca/k vkSj lfUuekZ.k ds

nkSjku ÅtkZ laj{k.k mik;ksa dk iqufoZyksdu dj fy;k gS rFkk Hkw[k.M la[;k ----------------- CykWd la[;k --------------

Ldhe ---------------- uxj@”kgj ------------------------------ jkT; ds ifjlj esa izLrkfor Hkou ds ?kVdksa ds fofHkUUk rRoksa

ds laca/k esa lfUuekZ.k dk;Z dh izxfr ds lkFk tek fd, x, lfUuekZ.k nLrkostksa] vuqikyu iz:iksa] tkap

lwfp;ksa dk iqufoZyksdu dj fy;k x;k gS vkSj dFku djrk g¡wa / djrs gSa fd lfUuekZ.k eUtwj ;kstuk ds

vuqlkj ugha fd;k x;k vkSj fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 ds fuEufyf[kr mica/kksa

ds a fopyu gqvk gS@fopyu gS ; vFkkZr~ %&

(i)

(ii)

(iii)

2- mijksDr esa ls dksbZ Hkh fopyu fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk dk;kZUo;u lfefr

}kjk vuqeksfnr loksZŸke izFkkvksa esa “kkfey ugha gSA

fuEufyf[kr fopyu fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk dk;kZUo;u lfefr }kjk vuqeksfnr loksZŸke

izFkkvksa esa “kkfey fd, x, gSaA

3- Hkou ds Lokeh ls vuqjks/k gS fd os mijksDr fopyuksa dk lq/kkj djsa ;k fgekpy izns”k ÅtkZ

laj{k.k Hkou lafgrk rduhdh f”kdk;r fuokj.k lfefr dk vuqeksnu ysaA

4- Hkou Lokeh mijksDr iSjk 3 esa fn, x, vuqeksnu izkIr djus ;k mijksDr iSjk 1 esa vf/klwfpr

fopyuksa ds lq/kkj ds ckn vuqeksnu izkIr djus ;k lq/kkj iw.kZ gksus dh rkjh[k ds ,d ekl ds Hkhrj bl

3200

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

ekeys esa dh xbZ dkjZokbZ dh lwpuk v/kksgLrk{kjh dks nsa rFkk blds lkFk fgekpy izns”k ÅtkZ laj{k.k

Hkou lafgrk fu;e] 2018 ds fu;e 5 ds mi fu;e ¼6½ ds [k.M ¼?k½ esa fn, x, vuqeksnu ds izek.k i=

tkjh djus ds lkFk dk;kZas dk fujh{k.k djus ds fy, eq>s v|ru tkap lwph iznku djsaA

Hkonh;,

gLrk{kfjr@&

uke---------------------------------------------------]

izkf/kÑr@ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½A

jftLVªhdj.k la[;k@eksckby ua0--------------------------------------

eksgjA

izfrfyfi-&&vk;qä] vf/kdkfjrk okyk izkf/kdj.k “kgj@uxj dk ukeA

&&&&&&&&&

iz:Ik&9

[fu;e 5¼7½ns[ksa]

Ikw.kZrk dh lwpuk

lsok esa]

vk;qDr]

vf/kdkfjrk okyk izkf/kdj.k

uxj dk uke_________

fo’k;-&&Hkw[k.M la[;k ------------------ CykWd la[;k ----------------- uxj ---------------- esa fgekpy izns”k ÅtkZ laj{k.k

Hkou lafgrk vuqikyu Hkou dk lfUuekZ.k djus gsrq fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk vuqikyu

ladZeksa ds iwjs gksus dh lwpukA

egksn;]

eSa@ge IykV la[;k ------------------------ CykWd la[;k ------------------ esa ÅtkZ laj{k.k ds mik;ksa ds fu’iknu

vkSj dk;kZUo;u lfgr bl ij Hkou ds fuekZ.k dh ,rn~}kjk lwpuk nsrs gSa] ftls vkids dk;kZy; dh

laizs’k.k la[;k --------------- rkjh[k ------------------ }kjk LohÑr ;kstukvksa ds vuqlkj iwjk fd;k x;k gS vkSj

fuEufyf[kr nLrkost layXu gSa %&

(i)

Ukxjikfydk izkf/kdj.k vkns”k la[;k ------------------ rkjh[k ----------------- }kjk loZJh ------------------- ukfedkc)

ÅtkZ ys[kk ijh{kd ¼Hkou½ dh vksj ls mijksDr Hkou ds iw.kZ gksus ij fujh{k.k dk ,d izek.k i=A

;g Hkou ml mi;ksx ds fy, mi;qDr gS ftlds fy, bls fufeZr@iqu% fufeZr@lfUufeZr fd;k

x;k gSA

;g vuqjks/k fd;k tkrk gS fd mijksDr Hkou ds vf/kHkksx dks mi;ksx dh vuqKk iznku dh tk,A

Hkonh;]

gLrk{kj -----------------------

Lokeh dk uke]

IykV la[;k] CykWd la[;k] irk-----------------------------

3201

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

iz:Ik 10

[fu;e 5¼7½ns[ksa]

[fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds laca/k esa layXu lfUuekZ.k nLrkostksa vkSj

vuqikyu iz:iksa lfgr lfUuekZ.k dk;ksZa ds iw.kZ gksus dh iqufoZyksdu ij ukfedkc) ÅtkZ ys[kk ijh{kd

¼Hkou½ }kjk fujh{k.k dk izek.k i=&vuqikyu izek.ki= tkjh djuk]

lsok esa]

uke ------------------

Hkou ds Lokeh

Ikrk %

fo"k;-&&fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds ladeZ lfUuekZ.k dk iw.kZ gksuk&

izek.k&i=

eSa@ge ------------------------------¼uke½] vkns”k la[;k ----------------------- }kjk ,d izkf/kÑr@ukfedkc) ÅtkZ

ys[kk ijh{kd ¼Hkou½ ,rn~ }kjk dFku djrs gSa fd eSaus Lokeh }kjk fn, x, opuca/k dk iqufoZyksdu fd;k

gS vkSj lfUuekZ.k nLrkostksa] vuqikyu iz:iksa] tkap lwfp;ksa dk fujh{k.k fd;k gS tks Hkw[k.M la[;k --------

CykWd la[;k --------- Ldhe ----------------------- uxj@”kgj ----------------------------- jkT; ---------------------- ds ifjlj esa

izLrkfor fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds fuekZ.k ds iw.kZ gksus ij tek fd, x,

gSa vkSj izekf.kr fd;k tkrk gS fd %&

(i)

fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 ds v/khu “kkfey fd, x, ladeZ esjs

loksZŸke lek/kku ds vuqlkj iw.kZ gks x, gSaA fgekpy izns”k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018

ds vuqlkj fofHkUu [email protected];ksa ds fooj.k fuEukuqlkj fn, x, gSa %

mDr Hkou dk ÅtkZ fu’iknu lwpdkad vuqikr mijksDr iSjk 1 esa fofufnZ’V mijksDr vuqikyu

nLrkostksa esa fn, %

?kVdksa ds uke

rkjh[k

(ii)

dfFkr Hkou dk ÅtkZ fu"iknu lwpdkad mijksDr iSjk 1 esa fofufnZ"V mijksDr dfFkr vuqikyu

nLrkostksa esa fn, x, MsVk ds lkFk esy [kkrk gSA

(iii)

mijksDr Hkou ds lfUuekZ.k esa iz;qDr ÅtkZ laj{k.k mik;ksa dh ,d lwph layxz gSA Lokeh }kjk

vfuok;Z vko”;d vuqeksnu fy, x, gSaA

(iv)

esjs@gekjs fopkj ls Hkou esa fgekpy Áns”k ÅtkZ laj{k.k Hkou lafgrk fu;e Hkou dh vis{kk,a iwjh

gksrh gS vkSj ;g vf/kHkksx ds fy, mi;qDr gS] ftlds fy, bls fufeZr fd;k x;k gSA

(v)

eSa ;g Hkh Áekf.kr djrk g¡w fd fgekpy Áns”k ÅtkZ laj{k.k Hkou lafgrk fu;e 2018 esa “kkfey

fd, x, ?kVdksa ds fofHkUUk rRoksa ds laca/k esa lfUuekZ.k nLrkostksa vkSj vuqikyu Á:iksa ds lR;kiu

esa lHkh ;qfDr&;qDr O;kolkf;d dkS”ky] ns[kHkky vkSj Je iwoZd dk;Z fd;k x;k gS vkSj bldh

3202

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

lkexzh rF;ksa dk okLrfod Áfrfuf/kRo gS rFkk ;g fgekpy Áns”k ÅtkZ laj{k.k Hkou lafgrk fu;e]

2018 dh vko”;drk,a iwjh djrs gSaA

(vi)

lE;~d :i ls iwjh dh xbZ vkSj v/kksgLrk{kjh }kjk gLrk{kjh tkap lwph layXu gSA

ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½]

eqgj@uke@jftLVªhdj.k la[;[email protected] la[;k--------------

izek.k i= dh ,d izfr bl i= ds lkFk Hksth tkrh gS%

(i)

vk;qDr] vf/kdkfjrk okyk izkf/kdj.k@uxj@'kgj@jkT;

(ii)

eq[; dk;Zikyd ¼uke ls½] jkT; ukfer vfHkdj.k@irk

__________

iz:i&11

[fu;e 5 ¼9½ ns[ksa]

fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds laca/k esa lfUuekZ.k ladZeksa ds iw.kZ gksus ds

iqufoZyksdu ij ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ }kjk fujh{kd dk izek.k i=& Lokeh dks pwd vkSj

vuqikyu dh lalwpuk

lsok esa]

Jh--------------------------------------------------------------------------

irk % ------------------------------------------------------------------

fo’k;-&&Hkw[kM la[;k -------------CykWd la[;k---------------Ldhe--------------lM+d---------------uxj@'kgj dk uke-------------------ds

ifjlj esa fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou ds fuekZ.k gsrq

vkosnu&[email protected] pj.k fujh{kd ij fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018

ds lkFk pwd@vuuqikyu C;kSjsA

egksn;]

eSa@ge-----------------------------¼uke½] vkns'k la[;k--------------}kjk ,d izkf/kd`r ukfedkc) ÅtkZ ys[kk ijh{kd

¼Hkou½ jgrs gq, ,rn~ }kjk dFku djrs gSa fd eSaus@ geus vkids }kjk fn, x, opuca) dk iqufoZyksdu

fd;k gS vkSj fo’k; Hkou ds lEc) esa izLrkfor fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk vuqikyu Hkou

ds fuekZ.k ds iw.kZ gksus ij tek fd, x, lfUuekZ.k nLrkostksa] vuqikyu iz:iksa tk¡p lwfp;ksa dk fujh{k.k

fd;k gS vkSj lwfpr fd;k tkrk gS fd fujh{k.k djus ij fuEufyf[kr pwd@vuqikyu ik;k x;k gS &&

(i)

(ii)

(iii)

(iv)

3203

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

vkils rn~uqlkj vuqjks/k gS fd bl i= ds tkjh gksus dh rkjh[k ds rhu ekl ds Hkhrj lq/kkjkRed

dkjZokbZ djsaA lekiu izkek.ki= tkjh djus ds fy, vkids vkosnu ij vxyh dkjZokbZ mijksDr dFkr

pwd@vuuqikyu ds larks’ktud vuqikyu ds i'pkr~ dh tk,xh

gLrk{kfjr%&

ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½]

uke@jftLVªhdj.k la[;k@eksckby uacj------------------------

&&&&&&&&

iz:i&12

¼fu;e 5 ¼12½ ns[ksa½

vf/kHkksx izek.k&i=

vf/kdkfjrk okys izkf/kdj.k }kjk muds vf/kHkksx izek.ki= tkjh djus gsrq½

lsok esa]

Lokeh dk uke-------------------------------------------------------------------------

irk----------------------------------------------------------------------------------------------

fo’k;-&&vf/kHkksx izek.ki= tkjh djukA

egksn;]

Hkw [k.M&&&&CykWd la[;k&&& ij vofLFkr Hkou lfUuekZ.k ds lekiu ij fgekpy izns”k ÅtkZ

laj{k.k Hkou lafgrk vuqikyu ds vkids uksfVl rkjh[k&&&&&&ds lUnHkZ esaA

eSa@ge ,rn~}kjk izekf.kr djrs gSa fd Hkw[k.M-----------------CykWd la[;k---------------Ldhe -----------ij mDr

Hkou ds layXu fooj.k ds vuqlkj] ftldh ;kstukvksa dks rkjh[k ------------dh la[;k---------}kjk eatwjh nh xbZ

Fkh] dk fgekpy izns'k ÅtkZ laj{k.k Hkou lafgrk fu;e] 2018 dh vis{kkvksa ds lanHkZ esa fujh{k.k dj fy;k

x;k gSA

Hkou dks fuEukuqlkj vf/kHkksx ds fy, mi;qDr ?kksf’kr fd;k tkrk gS%

tyok;q {ks= 24 ?k.Vs Hkou dk mi;ksx@fu;fer Hkou

vLirky@gksVy@dkWy lasVj@vU; izdkj ds Hkou

mikca/k %

Hkou dk fooj.k

/kjkry eafty

mi;ksx

lgc) Hkkj

Ikgyh eafty

----------------

---------------------

3204

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

nwljh eafty

-----------------

---------------------

rhljh eafty

-----------------

---------------------

pkSFkh eafty

----------------

---------------------

vkfn&vkfn

-----------------

---------------------

2- lekiu Lrj ij Hkou dk ÅtkZ fu’iknu lwpdkad vuqikr LohÑr ;kstuk ds vuqlkj gSA

bldk fu.kZ; jkT; vfHkfgr vfHkdj.k ds ijke”kZ ls vf/kdkfjrk l[kus okys izkf/kdkjh }kjk fd;k x;k gS

fd Hkou dks mijksDr fufnZ’V vuqlkj vf/kHkksx ds fy, bl “krZ ds v/khu mi;qDr ?kksf’kr fd;k x;k gS fd

Lokeh Hkou dk ÅtkZ ys[kk ijh{k.k dkjk,axs rFkk LohÑr ;kstuk esa vuqeksfnr Hkou ds ÅtkZ fu’iknu

lwpdkad dk vuqikyu izkIr dkus ds fy, vfrfjDr ÅtkZ laj{k.k mik; vfHkKkr djsaxsA

3- Hkou ds ÅtkZ fu’iknu dh fuxjkuh vkSj lR;kiu vxys nks o’kksZa ds fy, fgekpy izns”k ÅtkZ

Hkou lafgrk lfefr }kjk fd, tk,axsA

layXu-&&lekiu ;kstuk dh izekf.kr izfr

Hkonh;]

¼lEc) vf/kdkjh ds gLrk{kj½]

vf/kdkfjrk j[kus okyk izkf/kdj.kA

izfrfyfi %

eq[; dk;Zikyd] jkT; vfHkfgr vfHkdj.k -------------------------

&&&&&&&&

iz:Ik&13

[fu;e 5¼12½¼ii½ns[ksa]

[Ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ ]}kjk Hkou ds iwjh rjg izpkyu jr gksus ds ckn jkT; vfHkfgr

vfHkdj.k ds ikl ÅtkZ fu’iknu lwpdkad fjiksZV tek djuk]

lsok esa]

Ekq[; dk;Zikyd]

jkT; vfHkfgr vfHkdj.k

fgekpy izns”k ljdkjA

fo’k;-&&Hkw[k.M la[;k ------------------ CykWd la[;k ------------------- Ldhe ------------------- lM+d ---------------- “kgj@uxj

dk uke --------------------- esa fufeZr fgekpy izns”k ÅtkZ Hkou lafgrk vuqikyu Hkou ds fy, ÅtkZ

fu’iknu lwpdkad fjiksZV&ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½ }kjk lalwpukA

egksn;]

eSa@ge ------------------------¼uke½] vkns”k la[;k ------------------------ }kjk ,d izkf/kÑr@ukfedkc) ÅtkZ ys[kk

ijh{kd ¼Hkou½ jgrs gq, ,rn~}kjk dFku djrs gS fd eSaus@geus Lokeh }kjk fn, x, opuc/k] Hkw[k.M

la[;k ----------------------- CykWd la[;k -------------------- Ldhe ---------------- uxj@”kgj ------------------- jkT; ------------------- ds

ifjlj esa izLrkfor Hkou ds izdkj ds fy, o’kZ -------------------gsrq ÅtkZ [kir dh iqufoZyksdu dh gS vkSj

izekf.kr djrs gS fd ÅtkZ fu’iknu lwpdkad vuqikr ------------------------ gS] tks ,d ls de ;k blds cjkcj gSA

bZihvkbZ fjiksVZ layXu gSA

eSa ;g Hkh izekf.kr djrk gwa fd mijksDr dfFkr Hkou esa ÅtkZ dh [kir ds lR;kiu esa lHkh

;qfDr;qDr O;kolkf;d dkS”ky] ns[kHkky vkSj Je iwoZd dk;Z fd;k x;k gSA

3205

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

fctyh ds fcy dh izfr;ka vkids lanHkZ gsrq layXu dh xbZ gSaA

Hkonh;]

gLrk{kfjr@&

uke--------------------------------------------------------------

izkf/kÑr@ukfedkc) ÅtkZ ys[kk ijh{kd ¼Hkou½A

jftLVªhdj.k la[;k@eksckby uacj--------------------------------------

eksgjA

laYkXu-&&ÅtkZ fu’iknu lwpdkad vuqikr fjiksVZ tks lafgrk ds ifjf'k’V ?k esa fufnZ’V gSA

izfrfyfi-&&funs'kd] Hkou dk;ZØe] ÅtkZ n{krk C;wjks] pkSFkk ry] lsok Hkou] vkj ds iqje] ubZ

fnYyh&110066-

[Qk-la-21@05@2016&bZlh]

jkt iky] vkfFkZd lykgdkj

vkns'k }kjk]

iz/kku lfpo ¼fo|qr½]

fgekpy izns'k ljdkjA

&&&&&&&&&

vuqcU/k&v

fgekpy izns'k ÅtkZ laj{k.k Hkou lfgark&2018

1- mís'; %

fgekpy çns'k ÅtkZ laj{k.k Hkou lafgrk ¼fg0iz0&bZlhchlh½ dk mís'; çns'k esa ÅtkZ laj{k.k Hkou

lafgrk&2018 dk mi;ksx djds “khr ,oe fefJr tyok;q {ks= ds vuq:i Hkouksa ds ÅtkZ&dq'ky fMtkbu

,oa fuekZ.k ds fy, U;wure vko';drk,a çnku djuk gSA ;g lafgrk Hkouksa ds fy, U;wure~ vko';drkvksa

ds Åij nks vfrfjä vko';drkvksa dk Hkh çkfo/kku djrk gS] tks ÅtkZ n{krk ds mUur Lrj dks çkIr

dj ldrh gSaA

fVIi.kh-&^^bZlhchlh vuqiky Hkou** fd vo';drk dsoy vfuok;Z gSa] tcfd ^^bZlhchlh Iyl** vkSj ^^lqij

bZlhchlh** Lrj LofPNd xksn ysus ds fy, gSaA

2- dk;Z&{ks= %

;g dksM mu bekjrksa ;k Hkou ifjljksa ij ykxw gksrk gS ftuds ikl 750 oxZ ehVj ;k mlls

vf/kd ds dqy fufeZr {ks= gSa vkSj okf.fT;d mÌs';ksa ds fy, mi;ksx fd, tkus dk bjknk gSA futh

vkoklh; mís';ksa ds iz;kstukFkZ Hkouk dk fuekZ.k bl Hkou lafgrk }kjk vkPNkfnr ugha gSA

2-1 ÅtkZ n{krk çn'kZu Lrj %

;g lafgrk ÅtkZ n{krk ds fuEufyf[kr rhu Lrj fu/kkZfjr djrk gS%&

¼v½ ÅtkZ laj{k.k Hkou lafgrk ds vuq:i Hkou ¼bZlhchlh Hkou½%&

bZlhchlh Hkou §4 ls §7 rd lafgrk ds vuq:i vko';drkvksa ds rgr lwphc) vfuok;Z vkSj fooj.kkRed

i}fr dh vko';drkvksa dks viukus] ;k §9 esa lEiw.kZ Hkou fu"iknu ¼MCY;w0ch0ih0½ i}fr ds çko/kkuksa ds

vuqikyu dks lqfuf'pr djsxkA

¼c½ ÅtkZ laj{k.k lafgrk Hkou lafgrk Iyl Hkou ¼bZlhchlh$Hkou½%&

3206

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

bZlhchlh+$ Hkouksa §4 ls §7 rd lafgrk ds vuq:i vko';drkvksa ds rgr lwphc) vfuok;Z vkSj

fooj.kkRed i}fr dh vko';drkvksa dks viukdj] ;k §9 esa lEiw.kZ Hkou fu"iknu ¼MCY;w0ch0ih0½ i}fr

ds çkfo/kkuksa ds vuqikyu dks lqfuf'pr djsxkA

¼l½ lqij ÅtkZ laj{k.k Hkou lafgrk ¼lqijbZlhchlh Hkou½%&

lqijbZlhchlh Hkou §4 ls §7 rd lafgrk ds vuq:i vko';drkvksa ds rgr lwphc) vfuok;Z vkSj

fooj.kkRed i}fr dh vko';drkvksa dks viukdj] ;k §9 esa lEiw.kZ Hkou fu"iknu ¼MCY;w0ch0ih0½ i}fr

ds çkfo/kkuksa ds vuqikyu dks lqfuf'pr djsxkA

2-2- Hkou ç.kkfy;ka %

bl lafgrk ds çkfo/kku ykxw gksrs gSa%

¼v½ Hkou vkoj.k]

¼c½

lqfo/kk iz.kkyh vkSj fu;U=.k rkiu] laokru] okrkuqdwfyr lsok] xeZ ikuh iz.kkyh

¼l½ vkarfjd vkSj cká çdk'k O;oLFkk] vkSj

¼p½ fo|qr vkSj uohuhdj.k ÅtkZ ç.kkfy;ka

bl lafgrk ds çko/kku Iyx Hkkj] vkSj midj.kksa ,oa Hkouksa ds mu fgLlksa ij ykxw ugha gksxsa tks

fuekZ.k çfØ;kvksa ds fy, ÅtkZ dk mi;ksx djrs gSa]tc rd fd lafgrk esa ,slk fufnZ"V ugha fd;k

x;k gksA

2-3 ç/kkurk%

vlaxrrk dh fLFkfr esa fuEufyf[kr lafgrk] dk;ZØe vkSj uhfr;ksa dks bl lafgrk ij ç/kkurk nh

tk,xh%

¼d½ dsaæh;]jkT; ;k LFkkuh; ljdkj }kjk lqj{kk] dq'kyrk] LokLF;] ;k i;kZoj.k lEcaf/kr fdlh Hkh

uhfr dks bl lafgrk] ;k fdlh Hkh vU; fu;e ij izkFkfedrk ysus ds :i esa vf/klwfpr fd;k x;k gSA

¼[k½ ÅtkZ n{krk C;wjks }kjk Hkouksa ds fy, vkSj midj.kksa dk Lrjh—r n{krk fu/kkZj.k vkSj

Hkouksa dh LVkj jsfVax dk;ZØe gsrq cuk;s x, çko/kku tks bl lafgrk ls vf/kd ekud Lrj lquf'pr djrs

gksA

2-4 lanHkZ ekud %

Hkkjr dh jk"Vªh; Hkou lafgrk 2016 ¼,uchlh½ bl lafgrk esa lanfHkZr çdk'k Lrj] rkiu] laokru vkSj

okrkuqdwyu ¼,poh,lh½] rki vkjke dh fLFkfra] çk—frd laokru] vkSj fdlh Hkh vU; Hkou fuekZ.k lkexzh

vkSj fMtkbu ç.kkyh ekunaM ds fy, lanHkZ ekud gSA

2-5 Hkou oxhZdj.k %

fdlh Hkh ,d ;k ,d ls vf/kd bekjr ;k okf.kfT;d mi;ksx ds fy, ,d Hkou dk fgLlk mlds

fMtkbu] fuekZ.k] vkSj mi;ksx dh dk;kZRed vko';drkvksa ds vuqlkj oxhZ—r fd;k x;k gSA

çeq[k oxhZdj.k fuEufyf[kr çdkj ls gS%&

3207

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

¼v½ vkfrF;-&&LokLF; lsok ds rgr oxhZ—r fdlh Hkh Hkou dks NksM+dj dksb Hkh Hkou

ftles esa okf.kfT;d mís';ksa ds fy, lksus dh lqfo/kk gsrq vkokl çnku fd;k tkrk gSA vkfrF; ds rgr

Hkou vkSjlajpukesa fuEufyf[kr 'kkfey gksaxs%

¼1½ vrkjkafdr gksVy&tSls y‚ftax gkml] 'k;ux`g] vrkjkafdr gksVy@eksVy

¼2½ vkJ;

¼3½ rkjkafdr gksVy

¼c½ LokLF; lsok-&&dksbZ Hkh Hkou ;k mldk Hkkx] ftldk mi;ksx] fpfdRlk ;k vU; mipkj ;k

'kkjhfjd ;k ekufld chekjh ;k nqcZyrk ls xzLr O;fä;ksa dh ns[kHkky ds fy, f'k'kqvksa] jksfx;ksa] ;k o`)

O;fä;ksa dh ns[kHkky] vkSj naMkRed ;k lq/kkjd fujks/kd ds vUr%okfl;ksa ds fy, ftlesa fu#) O;fä;ksa dh

Lora=rk çfrcaf/kr gS] fd;k tkrk gSA LokLF; lsok Hkouksa esa vke rkSj ij LokLF;lsok gsrq jgus okyksa ds

lksus ds fy, vkokl çnku djrs gSaA ,sls Hkouksa vkSj lajpuk esa vLirky] lSfuVjh] cká jksxh

LokLF;lsok] ç;ksx'kkyk,a] vuqla/kku çfr"Bku vkSj ijh{k.k x`g tSls Hkou lfEefyr gSaA

¼l½ lHkkxkj-&&dksbZ Hkh Hkou ;k Hkou dk fgLlk] tgka O;fä;ksa dk lewg euksjatu] euksfouksn]

lkekftd] /kkfeZd] ns'kHkfä] ukxfjd] ;k=k vkSj blh rjg ds ç;kstuksa ds fy, ,df=r fd;k tkrk gS] bl

lewg esa fFk,Vj ;k pyfp= x`g] lHkkxkj] vkSj ;krk;kr Hkou tSls gokbZ vìk] jsyos LVs'ku] cl LVs'ku

vkSj Hkwfexr vkSj mifjxkeh tu Rofjr ;krk;kr ç.kkyh tSls Hkouksa dks lfEefyr fd;k x;k gSA

¼p½ O;olkf;d-&&dksbZ Hkh Hkou ;k mldk fgLlk ftldk mi;ksx O;olk; ds ysunsu ds fy,

fd;k tkrk gS] [kkrksa vkSj vfHkys[kksa ds j[kus ds fy, vkSj blh rjg ds mís';ksa ds fy,] O;kolkf;d

çfr"Bkuksa vkSj lsok lqfo/kkvksa dks j[kus ds fy, fd;k tkrk gSA bl Js.kh esa nks mi&Jsf.k;ka gSa&fnu dk

O;olk; vkSj 24 ?kaVs dk O;olk;A tc rd vU;Fkk mYys[k u fd;ktk;s O;olkf;d Hkouksa esa fnu dk

le; vkSj 24 ?kaVs ds mi&oxZlfEefyr gksaxsA

¼N½ 'kSf{kd-&&'kS{kf.kd fo|ky;ksa] egkfo|ky;ksa] fo'ofo|ky;ksa vkSj f'k'kq ^^ikyu Ms&ds;j** gsrq

vU; çf'k{k.k laLFkku ftues Nk=ksa ds f'k{kk ;k euksjatu dk dk;Z fy;s vksj;qä dksbZ Hkou 'kS{kf.kd Hkou

gksxkA ;fn vkoklh; fo|ky;ksa] egkfo|ky;ksa] ;k fo'ofo|ky;ksa ;k dksfpax@çf'k{k.k laLFkkuks esa çnku

fd;k x;k g] rks ,sls vf/kokl dks uks LVkj gksVy ds :i esa oxhZ—r fd;k tk,xkA 'kS{kf.kd Hkouksa vkSj

lajpukvksa esa fuEufyf[kr çdkj 'kkfey gksaxs&

¼1½ fo|ky;

¼2½ egkfo|ky;

¼3½ fo'ofo|ky;

¼4½ çf'k{k.k laLFkku

¼p½ 'k‚fiax Hkou lewg% dksbZ Hkh Hkou ;k mlds fgLls] ftues nqdku] xksnke] O;kikfjd eky dk

çn'kZu vkSj fcØh Fkksd ;k [kqnjk foØ; fd;k tkrk gSA bues 'k‚fiax e‚y] LVSaM&vyksu fjVsy] vksiu

xSyjh e‚y] lqij ekdsZV ;k gkbij ekdsZV~l tSls Hkouksa dks lfEefyr 'kkfey fd;k x;k gSA

¼N½ fefJr mi;ksx Hkou-&&fefJr&mi;ksx okys Hkouksa es] çR;sd Hkou dk ,d okf.kfT;d fgLlk

vyx ls oxhZ—r gksuk pkfg, vkSj &

¼1½ ;fn fefJr-&&mi;ksx okys Hkou dk ,d fgLlk vyx oxhZd`r gS] ,oa dqy xzsM fufeZr {ks=

esa 10% ls Hkh de gS rks fefJr mi;ksx okys Hkou dks mi&xzsfMax ds mPp çfr'kr okys Hkou ds mi

oxhZdj.k ds vk/kkj ij vuqikyu iznf'kZr fd;k tk;sxkA

3208

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

¼2½ ;fn fefJr mi;ksx okys Hkou dk ,d fgLlk fHkUu :i esa oxhZd`r gS ,oa ,d ;k ,d ls

vf/kd mi&oxhZdj.k mijksä lHkh xzsM fufeZr {ks= ds 10% ls vf/kd gS] rks çR;sd mi&oxhZdj.k ds

fy, vuqikyu vko';drk,a] ftuds Åij {ks= 10% ls vf/kd gS ,d fefJr&mi;ksx Hkou ds Q'kZ {ks= dks

§4 ls §7 rd lacaf/kr Hkou oxhZdj.k dh vko';drkvksa ds vuqlkj fu/kkZfjr fd;k tk,xkA

fdlh Hkh Hkou dks tks Åij ifjHkkf"kr fdlh Hkh Js.kh ds varxZr ugha vkrk gS] ml Js.kh esa oxhZ—r

fd;k tk,xk tks Hkou ds dk;Z dk lcls vPNk o.kZu djrk gSA

uksV 2&1-&&,pihblhch 2018 ds fy, Hkouksa dk izdkj%&

uksV-&&bl lafgrk ds fy, mtkZ n{krk vko';drkvksa dk fooj.k 16 vyx&vyx xSj&vkoklh; Hkou

çdkjksa ¼uhps fn[kk, x,½ dk fo'ys"k.k djus ds ckn çkIr gqbZa]tks fd eksVs rkSj ij Hkkjr ds jk"Vªh; Hkou

lafgrk esa oxhZdj.k ds fuekZ.k ij vk/kkfjr gSaA LFkkfud ysvkmV] HkkSfrd fofunsZ'kksa] eq[kkSVk fo'ks"krkvksa] vkSj

vf/kHkksx iSVuZ dk fuekZ.k ,d bekjr dh ÅtkZ n{krk ij iM+rk gS vkSj bu çdkjksa ds fy, vyx gksrk gSA

çkS|ksfxdh vkSj lkefxz;ksa ds lkFk ÅtkZ mi;ksx dks de djus ds fy, laHkkfor :i ls fuekZ.k ds fy,

fHkUu gSA bl {kerk dk fo'ys"k.k djds] bZlhchlh ÅtkZ n{krk vko';drkvksa] tks fd fofHkUu izdkj ds

fuekZ.k ds fy, laosnu'khy gSa vkSj tgkW rd laHko gS] dsoy mu vko';drkvksa dks 'kkfey fd;k x;k gS tks

lk/; gSA

lRdkj

rkjkafdr gksVy

2- vrkjkafdr gksVy

3- fjt‚VZ

f'k{kkRed

egkfo|ky;

2- fo'ofo|ky;

3- laLFkku

4- fo|ky;

LokLF; lsok

vLirky

2- oká jksxh lsok

'k‚fiax Hkou lewg

'k‚fiax e‚y

2- LVSaM&vyksu fjVsy

3- vksiu xSyjh e‚y

4- lqij cktkj

O;olkf;d

1- cM+s dk;kZy; ¼> 30]000 oxZ eh-½

2- e/;e dk;kZy; ¼10]000 oxZeh-&30]000 oxZ eh-

3- NksVs dk;kZy; ¼<10]000 oxZ eh-

lHkkxkj

eYVhIysDl

2- jaxeap

3- ifjogu lsokvksa ds fy, mi;ksx Hkou

3- vuqikyu vkSj –f"Vdks.k%&

3-1 lkekU; %

lafgrk dk ikyu djus ds fy, Hkouksa dk

¼v½ mtkZ n{krk Lkfj.kh lwpdkad ¼bZihvkbZ vuqikr½ gS tks fd §3-1-1 esa ifjHkkf"kr gS] 1 ls de ;k

cjkcj gksuk pkfg, vkSj]

3209

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

¼c½ §4-2] §5-2] §6-2 vkSj §7-2 ds rgr mfYyf[kr lHkh vfuok;Z vko';drkvksa dks iwjk djsaA

3-1-1 mtkZ izn'kZu lwpdkad %

Hkou dk mtkZ izn'kZu lwpdkad ¼bZihvkbZ½ Hkou dh okf"kZd tkZ [kir vFkkZr fdyksokV ?kaVs çfr oxZ

ehVj gSA ,d Hkou ds mtkZ izn'kZu lwpdkad dh x.kuk djrs le;] fcuk 'krZ ry?kj {ks= 'kkfey ugha

fd;k tk,xkA bZihvkbZ fuEuor~ fu/kkZfjr fd;k tk ldrk gS%

mtkZ n{krk lwpdkad ¾ Hkou dh okf"kZd mtkZ [kir ¼fdyksokV izfr ?kaVk esa½

oxZehVj esa lEiw.kZ fufeZr {ks=¼ry?kj dks NksM+dj½

lafgrk dk ikyu djus ds fy,] mtkZ izn'kZu lwpdkad dh x.kuk fuEu esa ls ,d ds vk/kkj ij dh

tk,xh%

¼d½ fooj.kkRed i}fr ftles lfEefyr gS Hkou vkoj.k dk VªsM&v‚Q esFkM ¼ns[ksa §3-2-2½

¼[k½ lEiw.kZ Hkou izn'kZu i)fr ¼ns[ksa §3-2-3½

3-1-2 mtkZ izn'kZu lwpdkad vuqikr fu/kkZfjr djuk %

Hkou dk bZihvkbZ vuqikr çLrkfor Hkou ds bZihvkbZ dk vuqikr vkSj ekud Hkou ds bZihvkbZ dk

vuqikr gSA

bihvkbZ ¾ çLrkfor Hkou dk bZihvkbZ@ekud Hkou dk bZihvkbZ

tgka] çLrkfor Hkou] Hkou ds okLrfod fMtkbu ds vuq:i gS] vkSj lafgrk ds lHkh vfuok;Z

vko';drkvksa dk vuqikyu djrk gSA

ekud Hkou ,d ekudh—r Hkou gS ftlesa ,d gh Hkou ds Q'kZ {ks=] ldy nhokj {ks= vkSj

ldy Nr {ks= çLrkfor Hkou dh vfuok;Z vko';drkvksa §4-2] §5-2] §6-2 vkSj §7-2 ds

vuq:i gS] vkSj de ls de bZlhchlh Hkouksa ds fy, §-3] §5-3] vkSj §6-3 dk fooj.kkRed

vko';drkvksa dk vuqikyu djrk gSA çLrkfor Hkou dh bZihvkbZ §3-2 esa of.kZr fuEu nks rjhdksa

esa ls fdlh ,d ds ek/;e ls LFkkfir dh tk,xh &

¼d½ fooj.kkRed i)fr ftles lfEefyr gS Hkou vkoj.k dk VªsM&v‚Q esFkM ¼ns[ksa §3-2-2½

¼[k½ lEiw.kZ Hkou izn'kZu i}fr ¼ns[ksa §3-2-3½

3-1-2-1 fooj.kkRed i}fr ls bZihvkbZ vuqikr %

bZlhchlh Hkou tks fd fooj.kkRed i}fr ¼§3-2-2½ ds ek/;e ls vuqikyu çnf'kZr djrs gSa] ekuk

tk,xk fd og ,d ekud Hkou dh bZihvkbZ ds cjkcj bZihvkbZ gS] vkSj blfy, bZihvkbZ vuqikr

,d gksxkA bZlhchlh+ Hkou vkSj lqijbZlhchlh Hkou] tks fooj.kkRed i}fr ls vuqikyu çnf'kZr

djrs gSa] mudk Hkou çdkj vkSj tyok;q {ks= ds rgr §9-5 esa lwphc) bZihvkbZ vuqikr ds cjkcj

bZihvkbZ vuqikr ekuk tk,xkA

1-2-2 lEiw.kZ Hkou izn'kZu i)fr ds ek/;e ls bZihvkbZ vuqikr %

Hkouksa dh bZihvkbZ] tks lEiw.kZ Hkou izn'kZu i)fr ¼§3-2-3½ ds ek/;e ls vuqikyu çnf'kZr djrh

gS] dks §3-1- esa ifjHkkf"kr vuqikyu iFk dk mi;ksx djds vkSj §9 esa foLr`r fd;k tk,xkA

3210

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

vuqikyu fn[kkus ds fy, lEiw.kZ Hkou izn'kZu i}fr dk mi;ksx djus okyh ,d bekjr dk

bZihvkbZ vuqikr] ykxw Hkou çdkj vkSj tyok;q {ks= ds fy, §9-5 esa lwphc) bZihvkbZ vuqikr ls

de ;k mlds cjkcj gksuk pkfg,A

3-1-2-3 ewy ,oa vkoj.k Hkou ds fy, bZihvkbZ vuqikr %

ewy ,oa vkoj.k Hkouksa ds fy, bZihvkbZ] §3-1-2-1 ;k §3-1-2-2 ds vuqlkj] iêsnkj {ks=ksa ds

fdjk;snkj iês le>kSrs esa vke {ks=ksa ds vafre fMtkbu vkSj lacaf/kr vfuok;Z miØeksa ds vk/kkj ij

iwjs Hkou ds fy, x.kuk dh tk,xhA

3-1-2-4 fefJr mi;ksx fodkl ds fy, bZihvkbZ vuqikr %

fefJr mi;ksx okys Hkou esa] çR;sd Hkou dk ,d okf.kfT;d fgLlk vyx ls oxhZ—r gksuk pkfg,]

vkSj bZihvkbZ vuqikr §3-1-2-1 ;k §3-1-2-2 ds vuqlkj çR;sd mi&oxhZdj.k ds fy, vyx&vyx

x.kuk djsxk] çLrkfor Hkou ds fefJr mi;ksx dk bZihvkbZ vuqikr {ks=&Hkkfjr vkSlr fof/k ds

vk/kkj ij x.kuk dh tk,xhA fefJr mi;ksx okys Hkou ds fy, ykxwLkfj.kh 9&5 ds ek/;e ls

Lkfj.kh 9&7 esa lwphc) lanHkZ vf/kdre fMtkbu bZihvkbZ vuqikr dh x.kuk djus ds fy,] fefJr

mi;ksx okys Hkou dk çR;sd okf.kfT;d Hkkx vyx ls oxhZ—r fd;k tk,xk] vkSj]

(v½ ;fn fefJr mi;ksx okys Hkou esa xzsM Q'kZ {ks= ds mPpre çfr'kr okys Hkou mi&oxhZdj.k

ds fy, Lkfj.kh 9 &5 ds ek/;e ls Lkfj.kh 9&7 esa lwphc) bZihvkbZ ds vuq:i okys Hkou

dk ,d fgLlk fHkUu :i ls oxhZd`r gS vkSj dqy mijksä xzsM {ks= ¼,th,½ ds 10% ls de

gS] fefJr mi;ksx çLrkfor Hkou ds bZihvkbZ vuqikr vf/kdre ls de ;k mlds cjkcj

gksxkA

¼c½ ;fn fefJr mi;ksx okys Hkou dk ,d fgLlk fHkUu :i ls oxhZd`r gS vkSj dqy xzsM Q'kZ

{ks= ds 10% ls vf/kd gS] rks fefJr mi;ksx çLrkfor Hkou ds bZihvkbZ vuqikyu vf/kdre

Loh—r bZihvkbZ ds cjkcj ;k mlls de gksxk Lkfj.kh 9&5 ds ek/;e ls Lkfj.kh 9&7 esa

lwphc) lHkh Hkou mi&oxhZdj.kksa ds fy, {ks= Hkkfjr vkSlr fof/k ds vk/kkj ij x.kuk dh

xbZA

mijksä dk viokn-&&bZlhchlh ds nk;js ds uhps fxjus okyh Js.kh esa oxhZ—r fefJr mi;ksx

ds fdlh Hkh fgLls dks vuqikyu çnf'kZr djus ls NwV nh xbZ gSA

3-2

vuqikyu –f"Vdks.k %

§2 esa of.kZr lafgrk ds ifjf/k esa vkus okys Hkou] lHkh vfuok;Z vko';drkvksa ¼§ 3-2-1 ns[ksa½ dks

vkSj §3-2-2] §3-2-2-1];k §3-2-3 esa mfYyf[kr vuqikyu iFkksa esa ls fdlh Hkh fn'kk dk ikyu djds

lafgrk dk ikyu djsaxsA

3-2-1 vfuok;Z vko';drk,a %

Hkou vuqikyu iFk ds ckotwn] §4-2] §5-2] §6-2] vkSj §7-2 ds rgr mfYyf[kr lHkh vfuok;Z

vko';drkvksa dk vuqikyu djsaxsA

3-2-2 fooj.kkRed i)fr%&

,d Hkou] fooj.kkRed i)fr ls lafgr dk vuqikyu djrh gS] ;fn ;g lHkh vfuok;Z

vko';drkvksa dks iwjk djus ds vykok vkoj.k ?kVdksa §4-3½] vkjke ç.kkyh vkSj fu;a=.k ¼§5-3]

3-2-2-1 Hko

3-2-3 lEi

g s

3-3

3-3-1 u

3-3.1-1 iw

3-3-1-2 ewy

¼v

¼c

¼l

¼M

¼b

g s

§5-4] §5-5½]

iwjk djrk gS

kou vkoj.k

vkoj.k VªsM v

ds LFkku ij

vuqikyu dj

ls de ;k cj

§5-4½] vkSj ç

§7-2½ ds vuq

iw.kZ Hkou izn

,d Hkou lEi

gS tc çLrkf

gksrk gS] Hkys

u djsaA lEiw.

§7 ¼§4-2] §5

vuqikyu vko

u, Hkou }kjk

iw.kZ Hkou vuq

lEiw.kZ lkt l

§9 lEiw.kZ Hko

wy vkSj vkoj

u, ewy vkSj

vko';drkvksa

v½ Hkou vk

c½ rkih; v

l½ çdk'k iz

Mh½ fo|qr ç

bZ½ uohuhdj

blds vfrfjä

gksxk fd fdj

iês okys ftl

vkarfjd lkt

jkti=]

] vkSj çdk'k

½A

VªsM&v‚Q i

vkQ i)fr d

fd;k tk l

jrk gS ;fn ç

jkcj gS] tks

çdk'k vkSj fu

uq:i laxf.kr

n'kZu i}fr %

Eiw.kZ Hkou izn

for fMtkbu

gh ;g §4

w.kZ Hkou izn'

5-2] §6-2] v S

o';drk,a%&

k vuqikyu %

uqikyu 5

lTtk ds l

ou izn'kZu i

j.k fuekZ.k v

vkoj.k Hko

k ds vuqikyu

koj.k

vkjke ç.kkyh

iz.kkyh vkSj f

ç.kkyh ¼fodkl

j.k ÅtkZ ç.

ä] fdjk;snkj

jk;snkj }kjk

lesa §5-2-1

t lTtk ds f

fgekpy izns

k vkSj fu;a=

i)fr %

dk mi;ksx §

ldrk gSA Hko

çLrkfor Hko

§4-3-5 ds

fu;a=.k ¼§6-3

r dh x;h gS

n'kZu ¼MCY;wc

u dk vuqekf

xrZ §7 esa

'kZu i}fr d

vkSj §7-2½ dk

lkFk u, Hkou

i}fr dk vuq

vuqikyu%

ou esa mHk;

u dk çn'kZu

h vkSj fu;a=.

fu;a=.k ¼dso

ldrkZ@Loke

.kkfy;ksa

kj iês ds l

fd, x, vk

1] §5-2-2-2]

fy, çklafxd

ns'k] 05 tqyk

=.k ¼§6-3 ds

§4-3-1] §4-

ou vkoj.k Vª

ou dk vkoj.

vuqlkj x.ku

3½] vkSj lHkh

wchih½ i}fr

fur okf"kZd

fooj.kkRed

dk mi;ksx d

k vuqikyu f

u ;k rks §7

uqikyu djxs

{ks=ksa esa fuE

u gksxk%

.k ¼dsoy fo

oy mu fodk

eh }kjk LFkkf

le>kSrs ds i

karfjd lkt

§5-2-2-3] §

d ÅtkZ n{kr

kbZ] 2019@1

d fy, fu/kkZfj

3-2 vkSj §4

VªsM&v‚Q i)

j.k izn'kZu ?k

uk dh xbZ

kh vfuok;Z v

dk mi;ksx

ÅtkZ mi;ks

vko';drkv

djrs le; §

fd;k tk;sxk

7 ds çko/kkuks

Eu vk/kkj fu

odkldrkZ@L

kldrkZ@Lok

fir½

ikl ,d fof

lTtk lafgr

§5-2-3] §6]v

rk vuqikyu

4 vk"kk<+] 19

fjr U;wure

4-3-3 ds vksn

)fr dk mi

?kVd ¼bZih,Q

gS vkjke ç.

vko';drkvksa

djrs gq, l

kx ekud fM

vksa ds fof'k"

§4 ds ek/;e

uksa ds ek/;e

fuekZ.k ç.kkfy

Lokeh }kjk L

keh }kjk LFkk

f/kd [kaM g s

rk laxr gksax

vkSj §7-2-4A

vko';drkv

941

¼;k vf/kdre

n'kkRed i}f

i;ksx djrs gq

Q½ ekud Hko

.kkyh vkSj fu

ka ¼ §4-2] §5

lafgrk dk v

fMtkbu dh

"V çko/kkuksa

e ls vfuok;Z

ls §4 ;k b

y;ksa ds fy,

LFkkfir½

kfir½

gksxk ftlesa

xsA fof/kd [

ds vuq:i

vksa dks iwjk d

321

e½ ekudksa d

fr ds ekunaM

gq, lafgrk d

ou ds bZih,Q

fu;a=.k ¼§5-

5-2] §6-2 vkS

vuqikyu djr

rqyuk esa d

dk vuqiky

;Z vko';drk

bl lafgrk d

bZlhchlh d

;g lqfuf'p

[kaM fdjk;sn

i {ks= esa lH

djsxkA

dks

Mksa

vkSj

k,a

nkj

Hkh

3212

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

3-3-2 LFkkfir Hkouksa esa vuqo`f) %

tgk tksM dk u;k fcYV&vi {ks=] ekStwnk bekjr feyrh gS ;k 750 oxZ ehVj ls vf/kd gS]

vfrfjDr §7 ds ek/;e ls §4 ds izko/kkuksa dk ikyu djsxsaA fuEufyf[kr rjhdksa ls vuqikyu

iznf”kZr fd;k tk ldrk gSA

¼v½ vfrfjä ykxw vko';drkvksa dk ikyu djuk gksxk] ;k

¼c½ vfrfjä ekax ,oa LFkkfir Hkou dh ekax ds vuq:i] bl lafgrk dh vko';drkvksa dk

vuqikyu fd;k tk;sxk] tks laiw.kZ Hkou ij ykxw gksxh] tSls fd ;g ,d u;k Hkou FkkA

§3-3-2 ds viokn% tc orZeku ç.kkyh vkSj midj.k }kjk LFkku okrkuqdwyu Lisl daMh'kfuax

dh O;oLFkk çnku dh tkrh gS] rks orZeku ç.kkyh vkSj midj.k dks bl lafgrk dk ikyu

ugha djuk iM+rk gSA ;|fi] LFkkfir fd, x, fdlh u, midj.k dks ml midj.k ij ykxw

gksus okyh fof'k"V vko';drkvksa dk ikyu djuk pkfg,A

3-3-3 LFkfir Hkouksa esa ifjorZu %

Tkgka ekStwnk bekjr dk dqy fufeZr {ks= 750 oxZ ehVj ls vf/kd gS] ,d bekjr dk fgLLkk vkSj

blds flLVEk dks cny fn;k tk jgk gS tks §7 ds ek/;e ls §4 ds izko/kkuksa dks iwjk djsxkA

§ 3-3-3 ds viokn% tc Hkou §7 ds ek/;e ls §4 ds lHkh çko/kkuksa dk vuqikyu bl çdkj djs]

tSls fd ;g ,d u;k Hkou FkkA

3-4 Loh—r fo'ys"k.kkRed midj.k %

lEiw.kZ Hkou izn'kZu i}fr ds ikyu esa Hkou dks lEiw.kZ Hkou ekurs gq;s chbZbZ }kjk vuqeksfnr

fleqys'ku l‚¶Vos;j ds ek/;e ls vuqikyu fn[kk,xkA chbZbZ }kjk vuqeksfnr fnol çdk'k ds

l‚¶Vos;j ftlesa §4-2-3 ds vuq:i fnu ds çdk'k dh vko';drkvksa dk vuqikyu vuqeksfnr

fd;k x;k gS] ds }kjk Hkou dk fnol çdk'k dk vuqikyu lqfuf'pr fd;k tk;sxkA chbZbZ

vuqeksfnr l‚¶Vos;j dh laiw.kZ Hkou ÅtkZ fleqys'ku vkSj fnol çdk'k fo'ys"k.k ds fy,

ifjf'k"V&bZ esa lwph nh xbZ gSA

3-5 ç'kklfud vko';drk,a %

ç'kklfud vko';drk,a] ftlesa lfEefyr gSa ysfdr tks lhfer ugha gS] vuqKfIr lhek,a]

vko';drkvksa] çorZu] fuoZpu] NwV ds nkoksa] vuqeksfnr x.kuk i)fr;ksa vkSj vihy ds vf/kdkjksa

vkSj] vf/kdkfjrk j[kus okys çkf/kdkjh }kjk çnÙk vihy ds vf/kdkj 'kkfey gSA

3-6 vuqikyu nLrkost %

3-6-1 vuqikyu nLrkost %

fuekZ.k ekufp= vkSj fof'kf"V;ksa esa Hkou dk lHkh lEcaf/kr vkadM+k ,oa fooj.k] midj.k vkSj

ç.kkyh ds lHkh mfpr vkadM+s vkSj fo'ks"krkvksa dks çnf'kZr fd;k tk;sxk rkfd vf/k—r çkf/kdkjh

bldk vuqikyu lquf'pr dj ldsA fuEukuqlkj fooj.k esa lfEefyr gksxsa ysfdu ;gha rd lhfer

ugha gksxsa&

¼v½ Hkou vkoj.k% vikjn'khZ fuekZ.k lkexzh vkSj muds rkih;xq.k ftles mudh rkih; pkydrk

fof'k"V] eksVkbZ ds lkFk ?kuRo] okrk;u foU;kl;w&?kVd] lkSj rki çkIr xq.kkad ¼,l,pthlh½]

3213

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

–';eku çdk'k laçs"k.k ¼oh,yVh½ vkSj Hkou vkoj.k gncanh nLrkost; NTts ,oa daxwjs] Hkou

vkoj.k gncanh fooj.k;A

¼c½ rkiu] laokru vkSj okrkuqdwyu% ç.kkyh vkSj midj.k çdkj] vkdkj] {kerk] vkSj fu;a=.k;

xje djus okyh e'khus bdksuksekbtj] pj xfr pkyd] ufydk vkoj.k] uyh lhy] vkoj.k

vkSj LFkku] lkSj ty rki ç.kkyh] vk; O;; vk[;k dh vko';drkA

¼l½ çdk'k% çdk'k foU;kl çdkj] la[;k] çdk'k fcanq ,oa fLFkjd Hkkj dh okV {kerk] Lopkfyr

çdk'k 'kVv‚Q] vf/kHkksx lsalj] vkdwisUih ls vkSj vU; çdk'k fu;a=.k; ckgjh ySai ds fy,

ySEi n{kdkfjrkA

¼;½ fo|qr 'kfä% fo|qr~ vuqlwph tks VªkalQkeZj tfur gkfu;kW] eksVj n{krk] vkSj 'kfä dkjd

lq/kkj midj.k fctyh dh tkap iSekb'k vkSj fuxjkuh ç.kkyh çnf'kZr djs

¼j½ v{k; ÅtkZ ç.kkyh% ç.kkyh dh vf/kdre mRiknu {kerk]rduhdh fof'kf"V;kW]lkSj {ks=A

3-6-2 iwjd lwpuk %

vf/k—r çkf/kdkjh dks bl lafgrk ds vuqikyu dks lR;kfir djus ds fy, vko';d iwjd

tkudkjh dh vko';drk gks ldrh gS] tSls x.kuk] dk;Zi=d] vuqikyu :i] fuekZrk ds lkfgR;] ;k

vU; vkadM+s vkfnA

4 Hkou vkoj.k %

4-1 lkekU; %

Hkou ifjos'k § 4-2 ds vfuok;Z çko/kkuksa dk vuqikyu djsxk] vkSj §4-3 ds fooj.kkRed ekunaMksa dk

vuqikyu djsxkA

4-2 vfuok;Z vko';drk,a %

4-2-1 okrk;u foU;kl %

4-2-1-1 ;w&?kVd %

;w&?kVd dks ekU;rk çkIr Lora= ç;ksx'kkyk }kjk vkbZ,lvks&15099 ds vuqlkj lexz okrk;u

foU;klu mRikn ¼pkS[kV ,oa <kapk lfgr½ ds fy, fu/kkZfjr fd;k tk,xk] vkSj fuekZrk }kjk yscy

;k çekf.kr fd;k tk,xkA fnol çdk'k gsrq ikjn'khZ >jks[ks vkSj >jks[kk ds fy, ;w&?kVd {kSfrt

ls 20 fMxzh Åij <yku ij fu/kkZfjr fd, tk,axsA viqujhf{kr mRiknksa ds fy,] ifjf'k"V&, esa

mfYyf[kr Lkfj.kh dk mi;ksx djsaA

4-2-1-2 lkSj rki çkIr xq.kkad %

,l,pthlh ,d ekU;rk çkIr Lora= ç;ksx'kkyk }kjk vkbZ,lvks &15099 ds vuqlkj laiw.kZ ,dy

;k cgq pednkj okrk;u foU;kl mRikn ¼pkS[kV ,oa <kapk lfgr½ ds fy, fu/kkZfjr fd;k tk,xk]

fuekZrk }kjk yscy ;k çekf.kr fd;k tk,xkA

4-2-1-2 ds viokn %

¼d½ 0-86 ls xq.kk gqvk Xykl ds dsaæ dk 'ksfMax xq.kkad ¼,llh½ lexz QkbusLVs'ku {ks= ds fy,

,l,pthlh vko';drkvksa ds vuqikyu ds fy, ,d Lohdk; fodYi gSA

3214

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

¼[k½ vdsys dkap dh lkSj rki çkIr xq.kkad ¼,l,pthlh½ laiw.kZ QkbusLVªsl mRikn ds fy,

,l,pthlh vko';drkvksa ds vuqikyu ds fy, ,d Lohdk;Z fodYi gSA

4-2-1-3 –';eku çdk'k laçs"k.k %

–';eku çdk'k laçs"k.k ¼oh,yVh½ ,d ekU;rk çkIr Lora= ç;ksx'kkyk }kjk vkbZ,lvks&15099 ds

vuqlkj okrk;u foU;kl mRikn ds fy, fu/kkZfjr fd;k tk,xk] vkSj fuekZrk }kjk yscy ;k

çekf.kr fd;k tk,xkA vujsVsM mRiknksa ds fy,] ifjf'k"V&, esa fMQ‚YV Lkfj.kh dk mi;ksx djsaA

4-2-2 vikjn'khZ fuekZ.k %

vkbZ,lvks&6946 ds vuqlkj vikjn'khZ fuekZ.k ds fy, ;w&?kVd dh x.kuk dh tk,xhA ,d ekU;rk

çkIr Lora= ç;ksx'kkyk }kjk lacaf/kr bUlqys'ku çdkj ds fy, Loh—r vkbZ,lvks ekud ds vuqlkj

ijh{k.k fd;k tk,xk] vkSj fuekZrk }kjk yscy ;k çekf.kr fd;k tk,xkA viqujhf{kr vujsVsM

mRiknksa ds fy,] ifjf'k"V&, esa fn, x, Lkfj.kh dk mi;ksx djsa

4-2-3 fnol çdk'k %

Js.kh Q'kZ okys {ks=ksa esa ,d o"kZ esa laHkkfor fnol çd'k le; ds 90% ds fy, Lkfj.kh 4&1 esa

lwphc) mi;ksxh fnu ds mtkys ¼;wMhvkbZ½ gsrq {ks= dh vko';drkvksa dks iwjk ;k mlls vf/kd

fd;k tk;sxkA fefJr mi;ksx okys Hkouksa esa §2-5 esa fu/kkZfjr ekunaM ds vuqlkj vuqikyu fd;k

tk;sxkA vuqikyu ;k rks §4-2-3-1 esa fnol çdk'k çn'kZ fof/k ds ek/;e ls ;k §4-2-3-2 esa eSuqvy

fof/k ds vuqlkj çnf'kZr fd;k tk,xkA fo/kkulHkk Hkouksa vkSj vU; bekjrksa] tgka fnu ds mtkys

ls bekjr ds {ks=Qy ds 50% ¼;k vf/kd½ dk;ksaZ ;k çfØ;kvksa esa gLr{ksi gksrk gS] Lkfj.kh 4&1 esa

lwphc) vko';drkvksa dks iwjk djus ls NwV nh tkrh gSA

Lkfj.kh 4&1 fnol çdk'k dh vko';drk,aA

Hkou Js.kh

;wMhvkbZ vko';drk dks iwjk djus okys Åij fn, x, xzsM Q'kZ {ks=

dk çfr'kr

bZlhchlh

lqijbZlhchlh

O;olkf;d 'kS{kf.kd

40%

50%

60%

vrkjkafdr gksVy rkjkafdr gksVy

LokLF; lsok

30%

40%

50%

vkfrF;

45%

55%

65%

'kkWfiax Hkou lewg

10%

15%

20%

lHkkxkj*

eqDr fd;k x;k

vkSj vU; Hkouksa] tgka fnu ds mtkys gsrq fofYMax Q'kZ ds 50% ;k vf/kd ds dk;ksZa ;k izfØ;kvksa esa

gLr{ksi djsxkA

4-2-3-1 fnol çdk'k çn'kZ i)fr %

dsoy chbZbZ Loh—r l‚¶Vos;j dk mi;ksx fnu ds vuqdj.k çn'kZ fof/k ds ek/;e ls vuqikyu

çnf'kZr djus ds fy, fd;k tk,xkA Hkouksa dks de ls de 90% laHkkfor fnol çdk'k le;

ds fy, Lkfj.kh 4&1 esa fu/kkZfjr Q'kZ {ks= ds U;wure çfr'kr ds fy, 100 yDl vkSj 2]000 yDl

ds chp çfrHkk dk Lrj çkIr gksxkA LFkkbZ vkarfjd foHkktu ¼vikjn'khZ] vgZ ikjn'khZ];kikjn'khZ½ }kjk

lekIr gksus okys lHkh LFkkuksa ds fy, çdk'keku Lrj]lekIr eafty ls vf/kd ;k vf/kd ds

cjkcj]fuEukuqlkj ekik tk,xkA

¼d½ rS;kj dh xbZ Q'kZ ry ls Åij 0-8 ehVj dh ,d dk;Zdkjh ÅapkbZ ij eki fy;k tk,xkA

3215

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

¼c½ fo'ys"k.k dh vof/k 8 ?kaVs çfrfnu] fdlh Hkh le; 8%00 cts iwokZà ls 5%00 cts vijkUg

Hkkjrh; ekud le; ds chp r; dh tk,xh] ftlds ifj.kkeLo:i fo|ky;ksa dks NksM+dj

lHkh Hkou çdkjksa ds fy, dqy 2]920 ?kaVs yxsaxsA fo|ky;ksa dk çfrfnu 7 ?kaVs ds fy,] dHkh

Hkh 7%00 iwokZgu ls 3%00 cts vijkUr ds chp Hkkjrh; ekud le; ds vuq:i fo'ys"k.k fd;k

tk,xkA

¼l½ LFkku ds ikj miyC/k mi;ksxh fnol izdk'k fcanq&nj&fcanq fxzM ewY;ksa ds vk/kkj ij ekik

tk,xkA Q'kZ {ks= ds çR;sd oxZ ehVj ds fy, de ls de ,d fcanq ds fy, ;wMhvkbZ dh

x.kuk dh tk,xhA

¼;½ lkexzh fofunsZ'k 'khV esa fn, x, fooj.k ds vuqlkj]okrk;u foU;kl dks okLrfod –';eku

çdk'k laçs"k.k ¼oh,yVh½ ds lkFk çnf'kZr fd;k tk,xkA

¼j½ Hkou dk eq[kkSVk ¼ftlds fy, vuqikyu fn[kk;k x;k gS½ ds chp dh nwjh vkSj vklikl ds

çk—frd ;k ekuo fufeZr fnu dh jks'kuh dh ck/kk,a ÅapkbZ dh nks xquh ls de ;k cjkcj

gksrh gSaA vxj vkl ikl ds lHkh çk—frd ;k ekuo fufeZr lw;Zçdk'k vojks/kd ;fn lrgksa

dk çfrfcac Hkkj ugh gS] rks ekuo fufeZr vkSj çk—frd vojks/kdksa ds lHkh Å/kZ~ok/kj lrgksa ds

fy, 30% vkSj 0% dh fMQ‚YV çfrfcac dk mi;ksx fd;k tk,xkA

¼y½ vkarfjd lrg çfrfcac okLrfod lkexzh fof'kf"V;ksa ds vk/kkj ij rS;kj fd;k tk,xkA ;fn

lkexzh fof'kf"V;kW miyC/k ugha gS] rks fuEu fMQ‚YV ekuksa dk mi;ksx fd;k tk,xk%

Lkfj.kh 4&2 lrg ijkorZu ds fy, fMQ‚YV eku

Hkwry çdkj

ijkorZu

nhokj ;k Å/kZ~ok/kj vkarfjd lrgksa

50%

70%

Q'kZ

20%

QuhZpj ¼LFkk;h½

50%

4-2-3-2 ekuo pkfyr fnol çdk'k vuqikyu i)fr %

çn'kZ fleqys'ku ds fcuk MsykbfVax vko';drkvksa ds vuqikyu dk çn'kZu djus ds fy, bl

fof/k dk mi;ksx fd;k tk ldrk gS Lkfj.kh 4&3 esa mfYyf[kr fnol çdk'k foLrkj ?kVd

¼MhbZ,Q½ dk ç;ksx ,d o"kZ esa laHkkfor fnol çdk'k le; ds 90% ds fy, ;wMhvkbZ vko';drk

dks iwjk djus okys mijksä xzsM Q'kZ {ks= ds çfr'kr dh x.kuk djus ds fy, fd;k tk,xkA

Lkfj.kh 4&3 ekuo pkfyr :i ls fnol çdk'k {ks= dh x.kuk ds fy, fnol çdk'k foLrkj

¼MhbZ,Q½ 5-

Nk;kadu

v{kka'k

okrk;u

izdkj

oh,yVh< 0-3

oh,yVh ≥ 0-3

mRrj

nf{k.k

iwjc

if'pe

mRrj

nf{k.k

iwjc

if'pe

dksbZ

Nk;kadu

ugh

ih,Q

<0-4

<15°N ^lHkh

okrk;u izdkj

2-4

2-0

1-3

0-6

1-7

2-2

1-5

0-8

≥15°N

2-5

2-0

0-7

0-5

2-8

2-2

1-1

0-7

Nk;kadu

ih,Q

lkFk

≥

0-4

v{kka'kksa

fcuk izdk'k 'ksYQ ds

lHkh f[kM+dh izdkj

2-8

2-3

1-5

1-1

3-0

2-5

1-8

1-5

f[kM+dh ds

lkFk

ykbZV 'ksYQ

3-0

2-5

1-8

1-6

3-5

3-0

2-1

1-8

3216

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

¼,½ fnol çdk'k {ks= dh x.kuk djus ds fy,%

¼1½ lapj.k ds fy, lh/kh fn'kk esa]okrk;u foU;klu dh fn'kk ds yEcor fnol çdk'k

foLrkj ¼MhbZ,Q½ dks fQfuLVªs'ku dh flj dh ÅapkbZ ls vFkok flj dh ÅapkbZ ls vf/kd

vikjn'khZ foHkktu rd] izkIr Å¡pkbZ] nksuksa fLFkfr;ksa esa MhbZ,Q ls xq.kk djus ij tks Hkh

de gksA

¼2½ okrk;u foU;kl dh fn'kk esa lekukarj fn'kk esa] fnu ds {ks= esa ,d {kSfrt vk;ke dks

okrk;u foU;kl dh pkSM+kbZ ds cjkcj fNnz ,ipZj ds çR;sd rjQ 1 ehVj nwjh dks

tksM+dj ;k ,d vikjn'khZ foHkktu dh nwjh ;k ,d vklUu okrk;u foU;kl dhs ,oa

blesa vk/kh nwjh rd QSyh gqbZ gS] tks Hkh de gSA

¼3½ vkdk'kh; çdk'k LdkbZ ykbZV ml fn'kk esa 'kh"kZ fNnz ,ipZj vk;ke ds cjkcj

çR;sdfn'kk esa {kSfrt vk;ke dh x.kuk djsa] lkFk gh LdkbZykbV~l ds fy, Q'kZ ls Nr

dh ÅapkbZ ¼,p½] ;k e‚fuVlZ ds fy, 1-5 ,p] ;k vkjh ds nkarksa ln`'; foU;kl ds fy,

,p ;k 2 ,p] ;k utnhdh 1 ehVj ;k mPp vikjn'khZ foHkktu dh nwjh ;k vklUu

LdkbykbV ;k Å/kZ~ok/kj Xysftax ls nwjh] tks Hkh de gksA

¼c½ Q'kZ ;kstukvksa ij fpfàr lHkh fnu ds {ks= ds lkFk ,d vyx bafxr ;kstuk rS;kj dh tk,xhA

Lkfj.kh 4&1 ds vuqlkj ,d lkjka'k vuqikyu çnku fd;k tk,xkA

¼l½ xSj&dkfMZuy vfHkfoU;kl ds lkFk] pednkj eq[kkSVs dks ,d fo'ks"k dkfMZuy fn'kk ds rgr

oxhZ—r fd;k tk,xk] ;fn bldh vfHkfoU;kl ml dkfMZuy fn'kk ds 45 fMxzh ds Hkhrj gSA

¼;½ bl i)fr esa fdlh Hkh çk—frd ;k ekuo fufeZr fnu dh jks'kuh ds vojks/kksa dk dksbZ Hkh

fopkj ugha ekuk tk,xkA

4-2-4 Hkou vkoj.k gncanh %

Hkou vkoj.k ds fuEufyf[kr {ks=ksa] LokHkkfod :i ls goknkj Hkouksa ;k fjä LFkku dks NksM+dj

lHkh dks] lhy dj fn;k tk,xk] pkWDM] xSLdsV] ;k ekSle&Nhu fy;k tk,xk%

¼,½ okrk;u foU;kl] LdkbybV~l vkSj njokts ds Ýse ds vklikl ds tksM+

¼ch½ nhokjksa vkSj uhao] vkSj nhokjksa vkSj Nr vkSj nhokj iSuyksa ds chp mn~?kkVu

¼lh½ Nrksa] nhokjksa vkSj Q'kZ ds ek/;e ls mi;ksfxrk lsokvksa gsrq fNnz.kA

¼Mh½ dk;Z LFky ij njokts ,oa f[kM+fd;ksa ijA

¼bZ½ Hkou ds Hkkxksa dks tksM+dj ufydk;sa ,oa MDVlA

¼p½ Hkou vkoj.k esa vU; lHkh fNnz.kA

¼N½ fu"dklu ia[kksa dks ,d lhfyax midj.k tSls fd Lo;a&cUn ia[k MsEij ds :i esa LFkkfir

fd;k tk,xkA

¼,p½ QsuksLVs'ku Ýse vkSj 'kVj ¶jse ls ,;j yhdst dks [kRe djus ds fy, fØ;k'khy QsusLVs'ku

dk fuekZ.k fd;k tkuk pkfg,A

3217

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

uksV 4&1-&&fnol çdk'k çlkj ?kVd vkSj mi;ksxh fnol çdk'k xq.kkad

uksV-&mi;ksxh fnol çdk'k xq.kkad ¼;wMhvkbZ½ dks ,d dk;ZLFky ij 100 yDl ls 2]000 yDl ds

chp

fnu ds mtkys dh okf"kZd izfdz;k ds :i esa ifjHkkf"kr fd;k x;k gSA fnu ds mtkys esa jgus okyksa

ds fy, lcls vf/kd mi;ksxh gS]A fnol izdk'k pdkpkSa/k eqä gS] ;g tc miyC/k gks] —f=e çdk'k

O;oLFkk dh vko';drk dks [kRe dj nsrk gSA

;wMhvkbZ vkSj fnol çdk'k foLrkj ?kVd ds vuqiz;ksx %

fnYyh esa ,d 7]200 oxZeh- dh pkj eaftyk dk;kZy; Hkou bZlhchlh Lrj dh vuqikyu çkIr

djus dk ç;kl dj jgh gSA Hkou iwohZ if'pe v{k ds lkFk mUeq[k gS] blesa ,d vk;rkdkj

ysvkmV ¼60 eh ×30 eh½ gSA dqy fufeZr {ks= dks xzsM ls Åij lHkh eaftyksa esa leku :i ls

forfjr fd;k tkrk gSA lHkh fn'kkvksa esa Xysftax ds oh,yVh 0-39 gSA foaMkst ih,Q ≥0-4 ds lkFk

çdk'k vkSj ckgjh Nk;kadu midj.k gSaA QkbusaVkbal dh flj dh ÅapkbZ 3-0 ehVj gS mÙkj vkSj

nf{k.k ds eq[kkSVs ij Xysftax dh yackbZ 45 ehVj gS vkSj iwoZ dh vksj] 25 ehVj dh nwjh ij gSA

Lkfj.kh 4&1 bZlhchlh Hkouksa ds fy, U;wure MsykbV {ks= dh vko';drkvksa dks lwphc) djrk gS

Lkfj.kh dk iafä 2 fufnZ"V djrk gS fd fjl‚VZ~l vkSj 'k‚fiax e‚Yl ds vykok vU; lHkh bZlhchlh

Hkouksa vkSj tehu ls 3 eafty dks de ls de o"kZ dk 90% ds fy, 100 ls 2]000 yDl dh

lhek rd igqapus ds fy, U;wure 40% Q'kZ {ks= gksxkA

bl dk;kZy; dh bekjr esa de ls de 2]880 oxZeh- ¼7]200 oxZeh- dk 40%½ ¶yksj ,fj;k gksuk

pkfg, tks fd ;wMhvkbZ dh vko';drkvksa dks iwjk djrk gSA çR;sd eafty dh Fkkyh ds ikj] ;g

{ks= rc 2]880@4 ¾ 720 oxZeh- gksuk pkfg,A

§4-2-3 ds vuqikyu ds lkFk nks rjhdksa ds ek/;e ls MsykbV vko';drk,a tkap dh tk

ldrh gSaA

¼d½ l‚¶Vos;j ds ek/;e ls fo'ys"k.k %

;fn lEiw.kZ Hkou izn'kZu i}fr dk mi;ksx fd;k tkrk gS] rks fnol çdk'k ds vuqikyu dks

chbZbZ ¼§3-4½ }kjk vuqeksfnr fo'ys"k.kkRed l‚¶Vos;j esa eq[kkSVk vkSj Q'kZ IysV fMtkbu dk

fo'ys"k.k djds tkap dh tk ldrh gSA uhps nh xbZ Nfo] ,d vuqeksfnr l‚¶Vos;j ds ek/;e ls

fodflr gksrh gS] tks yDl ds Lrj vkSj ,d o"kZ dh vof/k dks fufnZ"V djrh gS] ftlds nkSjku

çdk'k Lrj miyC/k gksxkA bl tkudkjh ds lkFk] fMtkbuj ;g tkap dj ldrs gSa fd §4-2-3 ds

vuqlkj t:jh U;wure {ks= gsrq vko';d Lrj dk fnol izdk'k miyC/k gSA

3218

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

,d MsykbfVax fo'ys"k.k l‚¶Vos;j ds lkFk ;wMhvkbZ fo'ys"k.k

¼[k½ eSuqvy fof/k %

;g –f"Vdks.k fooj.kkRed i)fr ds –f"Vdks.k dks viukus okyh ifj;kstukvksa ds fy, mi;qä

gksxkA Lkfj.kh 4&3 ls Hkou ds fy, pednkj izdk'k foLrkj ?kVd ¼MhbZ,Q½ dk fu/kkZj.k fd;k

tk;sxkA fnYyh esa fLFkr ,d Hkou ds fy, ¼v{kka'k >15 fMxzh½] oh,yVh ≥ 0-3] Nk;kadu

ih,Q ≥0-4 Nk;kadu vkSj f[kM+fd;ksa esa çdk'k vyekfj;ksa] mÙkj esa f[kM+fd;ksa ds fy, MhbZ,Q ¾

3-5] nf{k.k ¾ 3-0 esa] iwoZ esa ¾ 2-1] vkSj if'pe esa ¾ 1-8A flj dh ÅapkbZ 3-0 ehVj gSA cká

nhokjksa ds vkl&ikl dksbZ vikjn'khZ foHkktu ugha gSa vkSj f[kM+fd;ka yxkrkj iêh esa O;ofLFkr gksrh

gSaA vko';drkvksa ds vuq:i {ks= dh x.kuk fuEu çdkj ls dh tkuh pkfg, lapj.k ds fy, lh/kh

fn'kk esa] okrk;u foU;kl dh fn'kk ds yEcor~ ;k fnol çdk'k foLrkj ?kVd ¼MhbZ,Q½ dks

okrk;u foU;kl dh flj dh Å¡pkbZ ls vFkok flj dh Å¡pkbZ ls vf/kd vikjn'khZ foHkktu rd]

izkIr Å¡pkbZ nksuksa fLFkfr;ksa esa MhbZ,Q dks xq.kk djus ij tks Hkh de gksA flj dh ÅapkbZ ij fopkj

fd;k tk,xk D;ksafd cká nhokjksa ds fudV dksbZ vikjn'khZ foHkktu ugha gSA

okrk;u foU;kl dh lekukarj fn'kk esa] fnu ds {ks= esa ,d {kSfrt vk;ke dks okrk;u foU;kl dh

pkSM+kbZ ds cjkcj ,oa fNnz ,ipZj ds çR;sd rjQ 1 ehVj nwjh dks tksM+dj ;k ,d vikjn'khZ

foHkktu dh nwjh ;k ,d vklUu okrk;u dh vk/kh nwjh rd QSyh gqbZ gS] tks Hkh de gksA bl

ekeys esa] çR;sd eq[kkSVk esa f[kM+dh iêh ds pje Nksj ij f[kM+fd;ksa ds çR;sd fgLls ij 1 ehVj

ij fopkj fd;k tk,xk D;ksafd nhokj ds fudV dksbZ vikjn'khZ foHkktu ugha gS vkSj f[kM+fd;ksa ds

chp dksbZ vikjn'khZ {ks= ugha gSA

Lkfj.kh 4&1&1 fnol çdk'k {ks= gsrq ;wMhvkbZ dh vko';drk ds fy, x.kuk

vfHkfoU;kl

MhbZ,Q

foaMks@okrk;u

foU;kl pkSM+kbZ

X eh ¼fQuLVªs'ku

dh fn'kk ds

yEcr ½

Y eh

¼fQuLVªs'ku dh

fn'kk esa lekukarj

nwjh½

¼X ×Y oxZeh-½

,d lky

esa 90% le;

ds fy,

;wMhvkbZ dh

vko';drk dks

iwjk djus okys

xzsM {ks= ds Åij

mÙkj

3-5

45 eh

3-5×3 ¾ 10-5 eh

¼45+ 2½¾47 eh

¼47 ×10-5½ ¾

493-5 oxZeh-

nf{k.k

3-0

45 eh

3-0 × 3¾ 9-0 eh ¼45+ 2½¾47 eh

¼47 × 9-0½ ¾

423 oxZeh-

IkwoZ

2-1

25 eh

2-1× 3 ¾ 6-3 eh ¼25+2½¾27 eh

¼27 × 6-3½ ¾

170 oxZeh-

if'pe

1-8

0 eh ¼lsok {ks=½

o"kZ ds 90% le;kfof/k esa Q'kZ cSBd ;wMhvkbZ dh vko';drk ds vuqlkj dqy MsykbV {ks=

1086-5 oxZ eh-

o"kZ ds 90% le;kfof/k ;wMhvkbZ gsrq dqy MsykbV {ks=

1086-5×4 ¾

4]346 oxZeh-

dksM çorZu çkf/kdj.kksa dks çLrqr dh xbZ Q'kZ ;kstukvksa esa MsykbV {ks= dk ladsr fn;k tkuk

pkfg,A ,uchlh ¼Hkkx 8% fcfYMax lfoZlst] lsD'ku 1% ykbfVax ,aM uSpqjy osafVys'ku] mi[kaM 4-2%

MsykbfVax½ esa MsykbfVax ds ckjs esa fMtkbu fn'kkfunsZ'k Hkh bZlhchlh] bZlhchlh+ +;k lqijbZlhchlh

vko';drk dks çkIr djus ds fy, lanfHkZr fd, tkus pkfg,A

3219

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

4-3 fooj.kkRed vko';drk,a %

4-3-1 Nr %

Nrksa dks Lkfj.kh 4&6 ds ek/;e ls Lkfj.kh 4&4 esa vf/kdre ;w&dkjdksa dk vuqikyu djuk

gksxkA Nr ds bUlqys'ku dks lajpukRed LySc ds Hkkx ds :i esa cká :i ls ykxw fd;k

tk,xk vkSj u fd >wBh Nr ds ,d Hkkx ds :Ik esaA

Lkfj.kh 4&4 bZlhchlh vuqikyu Hkou ds fy, :Q vlsacyh ;w&?kVd (W@m².K) vko';drk,a

fefJr

“khr

uhps ds vykok lHkh Hkou

çdkj

0-33

0-28

Ldwy <10]000 eh² ,th,

0-47

0-33

vkfrF;

>10]000

eh²

,th,

0-20

Lkfj.kh 4&5 bZlhchlh+ vuqikyu Hkou ds fy, :Q vlsacyh ;w&?kVd ¼MCY;w@eh²-ds½ vko';drk,a&

fefJr

“khr

vkfrF;

LokLF;

lHkkxkj

0-20

O;kolkf;d

'kS{kf.kd

'k‚fiax d‚EIysDl

0-26

0-20

Lkfj.kh 4&6 lqijbZlhchlh vuqikyu Hkou ds fy, :Q vlsacyh ;w&?kVd ¼MCY;w@eh²-ds½ vko';drk,a

fefJr

“khr

lHkh Hkou izdkj

0-20

4-3-1-1 okuLifrd vkSj 'khry Nrs%

lHkh Nrksa tks lkSj QksVksoksYVkbDl] ;k lkSj xeZ ikuh] ;k fdlh Hkh vU; v{k; ÅtkZ ç.kkyh] ;k

mi;ksfxrkvksa vkSj lsokvksa }kjk doj ugha dh xbZ gSa] ,oa tks bls mís'; ds fy, vuqi;qä gksrh

gSa] ;s Nrs 'khry Nr ;k ouLifrd Nrksa ds :i esa mi;ksx gksaxhA

¼,½

,d Nr ds :i esa ;ksX;rk ds fy,] 20 fMxzh ls de <yku okys Nrksa ds lkFk 0-60 ls de dh

çkjafHkd lkSj çfrfcac vkSj 0-90 ls de çkjafHkd mRltZu ugha gksxkA lkSj çfrfcac ,,lVh,e E903-

96 ds vuqlkj fu/kkZfjr fd;k tk,xk vkSj izkjfEHkd mRltZu ,,lVh,e E408-71 ¼vkj, 1996½ ds

vuqlkj fu/kkZfjr fd;k tk,xkA

¼ch½ ,d okuLifrd Nr ds :i esa ;ksX;rk çkIr djus ds fy,]Nr dk {ks= ltho ouLifr ds }kjk

vkPNkfnr fd;k tk,xkA

4-3-2 vikjn'khZ ckgjh nhokj/fHkfÙk%

vikjn'khZ Js.kh ds ckgjh nhokjksa ds Åij Lkfj.kh 4&9 ds ek/;e ls Lkfj.kh 4&7 esa vf/kdre

vlsacyh ;w&?kVd dk vuqikyu djsxkA

3220

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

Lkfj.kh 4&7 vikjn'khZ vlsacyh vf/kdre ;w&?kVd ¼MCY;w@eh²-ds½ bZlhchlh Hkou ds fy, vko';drk,a

fefJr

“khr

uhps ds vykok lHkh Hkou çdkj

0-40

0-34

u‚u LVkj gksVy < 10]000

eh²,th,

0-63

0-40

O;kikj < 10]000 eh²,th,

0-63

0-40

Ldwy <10]000 eh²,th,

0-85

0-40

Lkfj.kh 4&8 vikjn'khZ vlsacyh vf/kdre ;w&?kVd ¼MCY;w@eh²-ds½ bZlhchlh+ Hkou ds fy, vko';drk,a %

fefJr

“khr

uhps ds vykok lHkh Hkou çdkj

0-34

0-22

u‚u LVkj gksVy < 10]000 eh² ,th,

0-44

0-34

O;kikj < 10]000 eh²,th,

0-44

0-34

Ldwy <10]000 eh²,th,

0-63

0-44

Lkfj.kh 4&9 vikjn'khZ vlsacyh vf/kdre ;w&?kVd ¼MCY;w@eh²-ds½ lqijbZlhchlh Hkou ds fy,

vko';drk,aA

fefJr

“khr

lHkh Hkou izdkj

0-22

4-3-1-1 ds viokn% lHkh tyok;q {ks=ksa esa vrkjkafdr gksVy] LokLF; lsok] vkSj Ldwy Jsf.k;ksa dh ,d

fcuk 'krZ Hkou dh vikjn'khZ ckgjh nhokjksa] BaM tyok;q {ks= dks NksM+dj]vf/kdre la;qDr

Hkou dk ;w&?kVd eku 0-8 MCY;w @eh^²- ds gksxkA

4-3-3 m/kZ~ok/kj okrk;ku foU;kl %

lHkh tyok;q {ks=ksa ds fy,] lHkh rhu o`f)'khy ÅtkZ n{krk Lrjksa ds fy, Å/kZ~ok/kj okrk;u

foU;kl vuqikyu vko';drkvksa] vFkkZr bZlhchlh] bZlhchlh] vkSj lqijbZlhchlh] fuEufyf[kr dk

vuqikyu djsxk%

,½ vf/kdre Lohdk;Z f[kM+dh nhokj vuqikr ¼MCY;wMCY;wvkj½ 40% gS ¼Hkou vkoj.k VªsM v‚Q

fof/k lfgr fooj.kkRed fof/k dk mi;ksx djrs gq, vuqikyu fn[kkus okys Hkouksa ij ykxw½

¼ch½ U;wure Lohdk;Z –'; çdk'k ikjs"k.k ¼oh,yVh½ 0-27 gS

¼lh½ vlsacyh ;w&?kVd esa esa <kapk vkSj dkap {ks= Hkkfjr ;w&?kVd nksuksa 'kkfey gSa

¼Mh½ vlsacyh ,l,pthlh esa <kapk vkSj dkap {ks= Hkkfjr ,l,pthlh nksuksa 'kkfey gSa

Å/kZ~ok/kj okrk;u foU;kl vf/kdre 4&10 lkSj iSuyksa ds fy, lkSj rki çkIr xq.kkad

¼,l,pthlh½ vkSj ;w&?kVd dh vko';drkvksa ds vuq:i gksxkA xSj&dkfMZuy fn'kk ij dk;Z{ks= ds

fQfuLVªs'ku dks ,d fo'ks"k dkfMZuy fn'kk ds rgr oxhZ—r fd;k tkuk pkfg,] ;fn bldk vfHkfoU;kl

dkfMZuy fn'kk ds ±22-5 fMxzh ds vUrZxr gSA

3221

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

lkfj.kh 4&10 m/okZ?kj okrk;u foU;kl ,slsEcyh ;w&?kVd rFkk ,l,pthlh dh bZlhchlh Hkou ds fy,

vko';drk,a %

fefJr

“khr

vf/kdre ;w ?kVd

3-00

vf/kdre ,l,pthlh mRrjh jfgr

0-27

0-62

vf/kdre ,l,pthlh mRrjh v{kka'k ≥15°N

0-50

0-62

vf/kdre ,l,pthlh mRrjh v{kka'k <15°N

0-27

0-62

viqujhf{kr okrk;u foU;kl ds fMQkYV ekuksa ds fy;s ifjf'k"V&, ns[ksa

lkfj.kh 4&11 m/okZ?kj okrk;u foU;kl ;w&?kVdrFkk ,l,pthlh dh bZlhchlh$ Hkou rFkk lqij bZlhchlh

ds fy, vko';drk;s %

fefJr

“khr

vf/kdre ;w ?kVd

2-20

1-80

vf/kdre ,l,pthlh mRrjh jfgr

0-25

0-62

vf/kdre ,l,pthlh mRrjh

v{kka'k ≥15°N

0-50

0-62

vf/kdre ,l,pthlh mRrjh v{kka'k <15°N

0-25

0-62

lkfj.kh 4&10 esa ,l,pthlh ds fy, viokn&

ork;u foU;kl ds fy,] ftlesa okg~; LFkkbZ NTtk 'kkfey gS ijUrq yVd] daxwjs] ckDl Ýse]

cjkenk] ckyduh rFkk LFkk;h dSuksih okrk;u foU;kl ds LFkk;hRo ds fy, ogk¡ ,l,pthlh dk

fu/kkZj.k mijksDr lkfj.kh 4&10 ds vuqlkj laxf.kr djrs le; fuEufyf[kr izfdz;k ds vuqlkj

x.kuk dh tk;sxhA

¼d½ izkstsD'ku QSDVj (PF) tks fd okg~; LFkk;h izkstsDV ds fy, mldh x.kuk lkfj.kh §8-2 dk

mi;ksx djrs gq;s vkadfyr gksxh] ,l bZ ,Q (SEF) ds fy, izkstsDV ?kVd dh lhek 0-25 ≤

PF ≥ 1-0 vU; ^{LFkk;h <dh la;a= ds lkis{k lEiw.kZ Hkou izn'kZu i)fr}§^{9 ds vuqlkj gksxhA}

¼[k½ ,d <dh gq;h okrk;u foU;kl tks fd cxSj v{kh; fn”kk ;k izkjafHkd v{kh; fn”kk esa Js.khc)

fd;k tk;sxk ;fn mldk /kzohdj.k ±22-5 va”k ds cxSj v{kh; ;k izkjafHkd vkUrfjd v{kh;

fn”kk ds chp gksA

¼x½ lerqY; ,p,pthlh dh x.kuk ds fy;s okrk;u foU;kl dks 'ksfMax lerqY; ?kVd ,l- bZ-

,Q- ls Hkkx nsdj izkIr fd;k tk ldsxkA ,lbZ,Q dh x.kuk izR;sd /kzoh; rFkk vkPNfnr

midj.k dks lehdj.k 4-1 ds vuqlkj gksxhA

¼?k½ ,l,pthlh fd vf/kdre vuqer lhek dk vkadyu lkfj.kh §4-10 ds vuqlkj ,l,pthlh

dks ,l bZ ,Q ls xq.kk djds izkIr fd;k tk ldrk gSA

lehdj.k 4-1 SEF = (C3 x PF3) + (C2 x PF2) + (C1 x PF) + C0

tgka 0.25 ≤ PF ≥ 1.0 rFkk]

3222

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

C3 , C2 , C1 rFkk C0 v{kka'k lkfj.kh [k.M ds xq.kkad gS tks fd lkfj.kh 4&12 rFkk lkfj.kh 413-

lkfj.kh 4-12%& v{kka'k ≥ 15⁰N ds lkis{k <ds gq;s Hkkx gsrq lerqY; xq.kkad%&*

mijh Hkkx $ fQu

Åijh Hkkx

fQu

xq.kkadksa

mRrj

-0.03

-0.23

1.09

0.99

-0.02

-0.10

0.43

0.99

0.14

-0.39

0.62

0.99

iwoZ

4.49

-6.35

4.70

0.52

-0.05

0.42

0.66

1.02

0.12

-0.35

0.57

0.99

nf{k.k

-4.09

8.14

-0.73

1.32

-1.01

1.91

0.24

1.12

0.53

-1.35

1.48

0.88

if'pe

-1.21

3.92

-0.56

1.28

1.52

-2.51

2.30

0.76

0.02

-0.15

0.46

1.01

mRrj

iwoZ

-0.95

1.50

0.84

1.18

2.19

-3.78

2.62

0.72

-1.64

3.07

-1.05

1.30

nf{k.k

iwoZ

2.67

-4.99

5.68

0.32

-0.93

1.37

0.76

0.99

0.68

-1.47

1.35

0.88

nf{k.k

if'pe

0.50

1.36

2.45

0.73

-3.23

5.61

-1.56

1.32

1.86

-3.81

2.71

0.69

mRrj

if'pe

-6.85

11.7

-3.92

1.89

0.22

0.19

0.74

1.01

-2.02

2.63

-0.18

1.14

okrk;u foU;kl ds nksuksa rjQ esa ls ,d rjQ ds xq.kkad dh x.kuk gsrq fuEu Lkfj.kh esa 02 ls Hkkx dj

izkIr fd;k tk ldrk gSA

lkfj.kh 4-13%& v{kka'k <15⁰N ds lkis{k <ds gq;s Hkkx gsrq lerqY; xq.kkad%&*

mijh Hkkx $ fQu

Åijh Hkkx

fQu

xq.kkadksa

mRrj

-0.09

-0.29

1.41

1.05

-0.05

-0.10

0.54

1.02

0.10

-0.40

0.77

1.01

iwoZ

-0.55

0.89

1.28

0.97

-0.62

0.88

0.51

1.02

0.15

-0.41

0.56

0.98

nf{k.k

-4.09

6.98

-1.92

1.41

-2.49

4.89

-2.45

1.43

1.57

-3.35

2.62

0.59

if'pe

-1.99

3.82

-0.19

1.18

-0.16

0.10

0.89

0.97

0.06

-0.22

0.48

0.99

mRrj

iwoZ

-1.73

3.45

-0.05

1.23

0.10

-0.55

1.15

0.92

-0.26

0.30

0.48

1.02

nf{k.k

iwoZ

-2.06

4.32

-0.96

1.41

-0.60

0.90

0.37

0.94

0.83

-1.42

1.22

0.92

nf{k.k

if'pe

-2.06

4.48

-1.13

1.40

-0.39

0.50

0.60

0.87

1.56

-3.17

2.41

0.73

mRrj

if'pe

-0.53

0.72

1.79

0.93

0.10

-0.38

0.96

0.24

-0.57

0.90

0.97

okrk;u foU;kl ds nksuksa rjQ esa ls ,d rjQ ds xq.kkad dh x.kuk gsrq fuEu Lkfj.kh esa 02 ls Hkkx dj

izkIr fd;k tk ldrk gSA

¼M-½ ped dh ,l,pthlh ds fy, vuqeU; vf/kdre ;ku 0-9 gksxkA

¼p½ dksbZ Hkh ekuo fufeZr ;k izkd`frd lw;Z dk izdk'k] ftldk ih,Q ¾ 0-4 gks] LFkk;h

vojks/kd ekuk tk;sxk ;fn&

3223

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

1- fdlh Hkou ds nks m/okZ?kj okrk;u foU;kl ftldk vuqikyu nhokjks ds chp dh nwjh

ekuo fufeZr izdk'k izkd`frd izdk'k vojks/kd dh Åpk¡bZ ds nqxus ds cjkcj ;k mlls

de gksuk pkfg,A

2- ekuofufeZr ;k izkd`frd izdk'k ds dqy izdk'k le; dk 80% ¼mldh izfr'kr½

vojks/kd ds :ik esa fnu ds le; lw;Z izdk”k dks vojksf/kr djsA Hkou fuekZ.k ds le;

vuqiky ds fy, lw;Z iFk js[kk ds fp=.k }kjk iznf”kZr djs tks Hkou ekufp= ij varj.k

fd;k gksA

¼p½ m/okZ?kj okrk;u foU;kl ftldk fd ry tehuh lrg ls 2-2 eh0 Åij gks] mls lkfj.kh

4&10 dh ,l,pthlh dh vko';drkvksa ls NwV izkIr gksxkA ;fn fuEu 'krksZa dks iwjk djrk

gSA

1 okrk;u foU;kl dk dqy {ks=Qy tks fd tehuh lrg ls 1 ehVj mij gks] mlds dqy

ÅWpkbZ dk n`';eku xksyk ¼vipZj½ dk >wdko 0-25 eh- ls de gksxkA

okrk;u foU;kl {ks= dh ryh esa vkarfjd izdk'k O;oLFkk iznku dh tkuh gS] ftlesa

vkarfjd fn'kk esa izkstsD'ku ?kVd fuEu esa ls de ugh gksuk pkfg;s&

(a) iwoZ if'pe] nf{k.k iwoZ] nf{k.k if'pe rFkk mRrj if'pe foU;klA

(b) 0-5 nf{k.k foU;kl ds fy, rFkk

uksV-&4&2 lerqY; ,l,pthlh rFkk izkstsD'ku ?kVd fnYyh esa 5]400 oxZ ehVj dh nks eafty dk;kZy;

dh bekjr bZlhchlh Lrj dh vuqikyu çkIr djus dk ç;kl dj jgh gSA bldh ,d

vk;rkdkj ysvkmV ¼90 eh ×30 eh½ gS] ,d ry ls nwljs ry dh ÅapkbZ 4-0 ehVj vkSj Q'kZ

dk {ks=Qy nksuks ryksa esas leku :i ls cVk gqvk gSA foaMkst ;k rks iwoZ ;k if'pe dk

lkeuk djuk iM+ jgk gS vkSj leku :i ls nks eaftyksa ij forfjr fd;k x;k gSA f[kM+fd;ksa

dh yackbZ 1-85 ehVj vkSj ÅapkbZ esa 2-165 ehVj gS] ftlesa 0-85 ehVj dh yVd ij gSA

f[kM+dh dk Lrj eafty Lrj ls Åij 1-385 ehVj gSA dqy Xysftax {ks= 384 oxZ ehVj gS

iwoZ@if'pe fQuLVªs'ku esa Xysftax ds ,l,pthlh 0-30 gSA Hkkfjr {ks= esa ;w&?kVd 3-0

MCyw@eh²-ds gSA lHkh vfHkfoU;kl esa Xysftax dk oh,yVh 0-5 gSA D;k m/okZ?kj okrk;u

foU;kl fooj.kkRed i}fr ls bZlhchlh ls vuqikyu djsxk\

mik;%&

lkfj.kh 4&10 vkSj §4-3-3 bZlhchlh vuq:i Hkouksa ds m/okZ?kj okrk;u foU;kl ds fy,

;w&?kVd]

,l,pthlh vkSj oh,yVh vko';drk,a lwphc) djrk gSA ;g bekjr fnYyh esa fLFkr gS ¼v{kka'k %

28°70' N] js[kka'k % 77°10'E½] tks ifjf'k"V&ch] lkfj.kh 12-1 ds vuqlkj fefJr tyok;q ds varxZr

vkrk gS]

vuqns'kkRed vko';drkvksa dks iwjk djus ds fy,] foaMks o‚y jsf'k;ks ≤ 40% ( ,l,pthlh ≤ 0-27]

;w&?kVd

≤ 3-0 MCY;w@eh²-ds] vkSj oh,yVh ≥ 0-27A

dqy Q'kZ {ks= ¾ 5400 oxZehVj

3224

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

dqy nhokj {ks= ¾ 2 ×¼2×¼¼90 eh × 4eh½ $ ¼30 eh ×4 eh-½ ¾ 1]920 oxZehVj dqy okrk;ku

foU;kl{ks= ¾ 384 oxZehVj f[kM+dh ,oa nhokj dk vuqikr jsf'k;ks ¼MCY;wMCY;wvkj½ ¾ 384@ 1920 ¾ 20%

x.kuk ds vuqlkj] bekjr esa 20% dk MCY;wMCY;wvkj gS] bl çdkj MCY;wMCY;wvkj dh

vko';drk vuqikfyr gqbZA ;w&?kVd Hkh 3-0 MCY;w@eh²- ds ls de gSA blh çdkj oh,yVh 0-45 gS]tks

0-27 ds U;wure fofufnZ"V ewY; ls vf/kd gS] bl çdkj ;w&?kVd vkSj oh,yVh vko';drk ds vuqikfyr

gks jgh gSA

lerqY; ,l,pthlh x.kuk %

tSlk fd f[kM+fd;ksa esa yVd gS] ;g ekeyk viokn gksxk] vkSj lerqY; ,l,pthlh eku dh

x.kuk lehdj.k 4-1 ds vuqlkj dh tk,xh] ;kuh] SEF=(C3 × PF³) + (C2 ×PF²) + (C1 × PF) + C0

tgka] ih,Q ¾ çkstsD'ku ?kVd ] vkSj]

C0, C1, C2, C3, Nk;kadu lerqY; ?kVd ¼,lbZ,Q½ ds xq.kkad tks Lkfj.kh 4&12 vkSj Lkfj.kh 4&13

esa lwphc) gSA

lcls igys] çR;sd vfHkfoU;kl ds fy, çkstsD'ku ?kVd ¼ih,Q½ dh x.kuk djsaA Nk;kadu lerqY; ?kVd

xq.kkad Lkfj.kh 4&12 ls gksuk pkfg,] D;ksafd v{kka'k 15 ⁰N ls vf/kd gS SEFEast = (C3 × PF³) + (C2 ×

PF²) + (C1 × PF) + C0

SEFEast = (-0.05 × (0.345)³) + (0.42 × (0.345)²) + (0.66 × 0.345) + 1.02

SEFEast = 1.296

blfy,] lerqY; SHGCEast 0.3 ÷ 1.296 = 0.23 blfy, iwoZ fn'kk ds eq[kkSVs ij m/okZ?kj

okrk;u foU;kl fooj.kkRed i}fr ds –f"Vdks.k ds vuq:i gksxk] D;ksafd lerqY; ,l,pthlh vf/kdre

vuqefr ls de gSA

blh çdkj] if'peh eq[kkSVk ds fy,%&

SEFWest = (C3 × PF³) + (C2 × PF²) + (C1 × PF) + C0

SEFWest = (1.52 × 0.345³) + (-2.51 × 0.345²) + (2.30 × 0.345) + 0.76

SEFWest = 1.317

blfy, lerqY; SHGCWest = 0.3 ÷ 1.317 = 0.23] blfy, if'peh fn'kk ds e[kkSVs m/okZ?kj

okrk;u foU;kl fooj.kkRed i}fr ds –f"Vdks.k ds vuq:i gksxk] D;ksafd lerqY; ,l,pthlh vf/kdre

vuqefr ls de gSA

3225

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

4-3-3-1 ;w&?kVd viokn&

;gka m/okZ?kj okrk;u foU;kl tks fd lHkh xSj okrkuqdwfyr Hkouksa ;k xSj okrkuqdwfyr [kkyh

LFkkuksa ds fy, vf/kdre 5 W /m².K tks fd lkfj.kh 4&14 dh lHkh 'krksZ dk ikyu djrs gq;s gksuk

pkfg,A

lkfj.kh 4&14 vkPNkfnr Hkou esa ;w&?kVd dh NwV lhek

Hkou izdkj

okrkoj.k

{ks=

mUeq[khdj.k

vf/kdre

izHkkoh

,l,pthlh

vf/kdre

(ۺ܂)

oh,yVh

ih0,Q

(۾۴)

xSjokrkuqdwfyr Hkou

vFkok xSjokrkuqdwfyr

LFkku

Ba<+ dks

NksM+dj

mRrj dks NksM+dj vU; lHkh

v{kka'k rFkk mRrj v{kka'k

<15^°N

0.27

≥0.40

mRrj v{kka'k >15^°N

0.27

0.0

4-3-4 vkdk'kh; izdk'k %

vkdk'kh; izdk'k dks vf/kdre ;w&?kVd rFkk vf/kdre ,l,pthlh] tks fd lkfj.kh 4&15 ds

vuq:i vko';drkvksa dks iw.kZ djus ij vuqikyu ekuk tk;sxkA fdlh Nr dk vkdk'kh; izdk'k

{ks=Qy tks fd Qzse ds ckgjh Hkkx ls ekik tk;sxk rFkk dqy ckgjh Nr dk {ks=Qy tks fd

vf/kdre~ {ks=Qy dk 5 izfr'kr rd lhfer gksxk] dk vuqikr bZlhchlh] bZlhchlh$] lqijbZlhchlh

ds Hkou ,lvkjvkj dks ifjHkkf"kr djsaxkA

Lkfj.kh 4&15 vkdk'kh; izdk'k ;w&?kVd rFkk ,l,pthlh dh vko';drk (;w&?kVd W/m².K

okrkoj.k

vf/kdre ;w&?kVd

vf/kdre ,l,pthlh

lHkh okrkoj.k {ks=ksa esa

4-25

0-35

viokn 4-3-4 vkdk'kh; izdk'k tgkW fd vLFkk;h Nr ds :i esa vkPNkfnr fd;k x;k

xSjokrkuqdwfyr HkkxA

4-3-5 Hkou vkoj.k VsªM&vkWQ i)fr %

fdlh Hkou vkoj.k dks vkPNkfnr dksM dk vuqikyd rHkh ekuk tk;sxk] ;fn Hkou dk vkoj.k

izn'kZu ?kVd bih,Q ,d ekud Hkou ds bih,Q ls de gks rFkk ekud Hkou vkoj.k] fooj.kkRed i}fr

ds ekudksa dk ikyu djrh gksA

mDr fof/k MCywMCYkwvkj > 40% ds ekeys esa ykxw ugh gksxhA VsªM&vkWQ i}fr vkdk'kh; izdk'k

Hkou ij ugh yxsxkA vkdk'kh; izdk'k Hkou 4-3-4 dk vuqikyu djsaxsA vkoj.k izn'kZu ?kVd fuEu

lehdj.kds vuqlkj xf.kr gksxk&

lehdj.k 4-2

EPFTotal = EPFRoof + EPFWall + EPFFenest

EPFRoof = C Roof

U A

^

3226

EPFWall

EPFFen

+ C1Fen

+ C1Fe

+ C1Fen

lkfj.kh 4

Hkkfjr nh

ijnk ;qD

mRrjh f[

nf{k.kh f

iwohZ f[kM

if'pfe

l,^{= C}Wall,Ma

nest^{= C}1Fene

nest, South

w^

enest, East

^

nest, West

^

&16 vkoj.k

nhokjs

Dr nhokjsa] v

f[kM+fd;k

M+fd;k

f[kM+fd;k

jkti=] fg

ass

U A

^

est, North

^

U A + C2

k izn'kZu ?kV

vU;

fgekpy izns'k

+ ^CWall,Oth

U A + C2F

2Fenest, South^

Fenest, East

w^

Fenest, West

w^

Vd xq.kkad fe

fnu ds le

lh&?kVd;w

?kVd

k] 05 tqykbZ]

her

U A

^

enest, North

w^

SHGC

SEF

^

SHGC A

SEF

^

SHGC A

SEF

^

fefJr tyok;

e; O;kikj]

;olkf;d d

;w&

,l,

5-39

7-83

4-93

0-33

&2-30

&1-17

&0-74

2019@14

SHGC A

SEF

^

;q ds fy;sA

f'k{k.k]

dEiysDl

h&?kVd

,pthlh

81-08

221-07

182-64

182-11

vk"kk<+ 1941

24 ?k.Vs p

vLirk

lh&?kVd

?kVd

pyus okyh O

rky o LokLF;

d;w&

7-91

10-32

17-88

&2-83

&3-54

&3-23

&2-85

O;olkf;d]

; dsUnz

lh&?kVd

,l,pthlh

119-14

294-000

255-91

252-61

3227

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

lkfj.kh 4&17 vkoj.k izn'kZu ?kVd xq.kkad “khr tyok;q ds fy;sA

fnu ds le; O;kikj] f'k{k.k]

O;olkf;d dEiysDl

24 ?k.Vs pyus okyh O;olkf;d]

vLirky o LokLF; dsUnz

lh&?kVd;w& ?kVd

lh&?kVd

,l,pthlh

lh&?kVd;w&

?kVd

lh&?kVd

,l,pthlh

Hkkfjr nhokjs

17.65

12.10

ijnk ;qDr nhokjsa] vU;

14.36

17.65

5.79

16.02

mRrjh f[kM+fd;k

-2.40

0.32

8.23

50.36

nf{k.kh f[kM+fd;k

-2.65

-18.75

0.08

172.87

iwohZ f[kM+fd;k

-2.78

-16.67

3.83

168.83

if'pfe f[kM+fd;k

-2.84

-15.63

5.60

159.43

4-3-6 ekud Hkou ds bZ ih ,Q dh x.kuk&

Ekkud Hkou ds bZ ih ,Q dh x.kuk fuEukuqlkj dh tk;sxh&

¼d½ ekud Hkou dk Q'kZ {ks=Qy] dqy nhokjksa dk {ks=Qy rFkk Nr dk dqy {ks=Qy vuqdfYir

izLrkfor Hkou ds leku gksxkA ;fn Hkou 24 ?kaVs vkSj fnu ds le; vf/kokflr gS rks

izLrkfor Hkou esa fnu rFkk jkr&fnu esa forj.k leku :i ls gksxkA

¼[k½ izR;sd vkoj.k vo;o dk ;w&?kVd izR;sd fuekZ.k izdkj Js.kh §4 ds cjkcj gksxkA

¼x½ izR;sd f[kM+dh ds fy, ,l,pthlh §4-3-3 ds Js.kh ds cjkcj gksxhA uksV 4&3 Hkou vkoj.k

ds fy, VªsM vkQ i}fr% Hkou vkoj.k VsM vkQ i}fr ds fy;s vkosnu vgenkckn esa 1000

oxZ ehVj {ks=Qy dh ,dy eaftyk Hkou ftldk fnu esa dk;kZy; mi;ksx gksrk Gs bZlhchlh

ekud dk vuqikyu djus dk iz;kl dj jgh gSA izR;sd rjQ Nk;kadu ds fcuk f[kM+fd;ksa

dk ,d cSUM gksxkA bZlhchlh ds vuqikyu ds iwoZ vkoj.kds fy, lkexzh dk pquko fd;k tk

pqdk gSA

buds m’eh; xq.k gS%&Nr izdkj ;w&?kVd ¾0-4 W/m². K ckg~; nhokjksa dh lfefr dk

;w&?kVd ¾ 0-25

W/m² .K, Xysftax dk ,l,pthlh ¾ 0-25] oh,yVh 0-27] {ks=Qy ewY;d ;w&?kVd Xysftax¾1-8

W/m² .K ckgjh nhokjsa Bksal Hkkjd nhokjksa ds vuq:i gksxhA vkoj.k Hkou dk vk;ke fuEu gksaxs%&

lkfj.kh 11&1 ifjf'k"V&ch ds vuq:i vgenkckn ,d xeZ ,oa vknZ okrkoj.k {ks= esa vkrk gSA ;fn ;g

fl) djuk gS fd fooj.kkRed i}fr dk vuqikyu gks jg gS rks ;w&?kVd rFkk ,l,pthlh ewY; lkfj.kh

4&4] lkfj.kh 4&7 dk ikyu gks jgk gS rFkk oh,yVh] f[kM+dh ls nhokjksa dk vuqikr lkfj.kh 4-3-3 ds

3228

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

vuq:i gksxk] Hkou 24 ?k.Vs xeZ ,oa vknZ tyok;q es iz;ksx gksrk gSA uhps nh xbZ lkfj.kh fdlh Hkou dh

m’eh; xq.kksa rFkk vkoj.k vo;oksa ds vUrxZr fooj.kkRed i|fr ds bZlhchlh ekudksa dh vuq:irk dk

ikyd djrh ekuh tk;sxhA

lkfj.kh 4&3&1 vuqns'kkRed vko';drk;sa rFkk izLrkfor m’eh; /kkjrk;sa ¼xq.k½

vuqns'kkRed ;w&?kVd

izLrkfor ;w&?kVd

{ks=Qy

¼eh²½

mRrj

nf{k.k

nhokj&1

=<0.63

0.25

iwoZ

if'pe

nhokj&2

=<0.63

0.25

144

=<0.33

0.4

1000

;w&?kVd

,l,pthlh

oh,yVh

;w&?kVd

,l,pthlh oh,yVh

[kM+dh

nf{k.k

fn'kk

=<3.0

=<0.27

1.8

0.25

0.27

f[kM+dh

mRrj

fn'kk

=<3.0

=<0.5

=<0.27

1.8

0.25

0.27

[kM+dh iwoZ fn'kk

=<3.0

=<0.27

1.8

0.25

0.27

f[kM+dh

if'pe

fn'kk

=<3.3

=<0.27

1.8

0.25

0.27

fdlh izLrkfor Hkou dh Nr dk ;w&?kVd ¾ 0.40 W/m².K] fooj.kkRed vko'drkvksa dks iwjk

ugh dj ldrkA Bhd blh izdkj §4-3-3 ds fy, MCY;wMCY;wvkj 40% izfr'kr ls de gksxkA

izLrkfor Hkou esa mDr 'krsZ dk ikyu uhps fn;s x.kuk ds vuqlkj ikfyr gksxkA

ewy okrk;u foU;kl {ks=Qy mRrj] nf{k.k= 2 × (25eh × 1.2eh) = 60 eh

nhokj {ks=Qy mRrj] nf{k.k 2× 25eh- × 3eh = 150 eh

dqy okrk;u foU;kl {ks=Qy iwoZ] if'pe 2× ¼40eh- × 1-2eh½= 96 eh

dqy nhokj {ks=Qy iwoZ] if'pe 2× (40eh- × 3eh½ = 240 eh

dqy okrk;u foU;kl {ks=Qy = 156 eh

dqy nhokj {ks=Qy = 390eh

MCY;wMCY;wvkj¾ 156@390 = 0-4

vr% mDr Hkou bZlhchlh Hkou ugh gksxk ;fn fooj.kkRed ekud dk ikyu djsxhA Hkou vkoj.k

VSM vkQ dh i}fr }kjk vuqikyu% ekud Hkou rFkk izLrkfor Hkou dk Hkou vkoj.k ?kVd dh

rqyuk dh tkuh pkfg;sA Hkou vkoj.k VªsM vkQ i}fr esa Hkou vkoj.k ?kVd dh x.kuk fuEu

lehdj.k }kjk gksxh&

lehdj.k 11-1 tgka] Equation 11.1 EPFTotal = EPFRoof + EPFWall + EPFFenest

Where,

3229

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

EPFRoof = C Roof

U A

^

EPFWall, = CWall,Mass

U A

^

+ ^CWall,Other

U A

^

EPFFenest= C1Fenest, North

U A

^

+ C2Fenest, North

SHGC Aw

SEF

^

+ C1Fenest, South

U A

^

+ C2Fenest, South

SHGC Aw

SEF

^

+ C1Fenest, East

U A

^

+ C2Fenest, East

SHGC Aw

SEF

^

+ C1Fenest, West

U A

^

+ C2Fenest, West

SHGC Aw

SEF

^

ekud Hkou dk bih,Q] nhokjksa Nkr rFkk okrk;u foU;kl ds ;w&?kVd] ,l,pthlh vkSj oh,yVh

rFkk }kjk izkIr fd;k tk;sxk rFkk tks lkfj.kh 4&4] lkfj.kh 4&7] lkfj.kh 4&10 rFkk §4-3-3 ls

fy;k tk;sxkA ;g Hkou 24 ?kaVs mi;ksx esa jgrk gS tks fd xeZ vkSj vknZ tyok;q esa gSA dk

ewY; 24 ?k.Vs mi;ksx okys Hkou] tks xeZ vkSj vknZ tyok;q esa gSA

Step 1: Calculation of EPF Proposed Building from actual envelope properties

EPFRoof Actual = C Roof

U A

^

= 14.82 × 0.40 × 1000=5928

EPFWallActual = CWall,Mass

U A

^

+ ^CWall,Other

U A

^

= (6.4 × 0.25 × 90) + (6.4 × 0.25 × 144) = 374.4

EPFFenest = EPFFenest,North + EPFFenest’South + EPFFenest’East + EPFFenest’West

EPFFenest= C1Fenest

U A

^

+ C2Fenest,

SHGC Aw

SEF

^

Hence,

EPFFenest,North= -0.37 × 1.8 × 30 + 101.66 × 0.25 × 30=-19.98+762.45=742.47

EPFFenest,South= -1.35 × 1.8 × 30 + 252.90 × 0.25 × 30= -72.9 +1896.75=1823.85

EPFFenest,East= -0.85 × 1.8 ×48+219.91×0.25×48= -73.44 + 2638.9 = 2565.46

EPFFenest,West= -0.80 × 1.8 × 48 + 226.57 × 0.25 × 48= -69.12 + 2718.8 = 2649.7

3230

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

Therefore,

EPFFenest= 7781.5

EPFProposed=5928 + 374.4 + 7781.5 = 14083.9

Step 2: Calculating EPF Standard Building from prescriptive envelope requirements

EPFRoof, Actual= C Roof

U A

^

= 14.82 × 0.33 × 1000= 4890.6

EPFWall, Actual= CWall,Mass

U A

^

+ ^CWall,Other

U A

^

= (6.4 × 0.63 × 90)+(6.4×0.63×144)=362.88+580.6=943.5

EPFFenest = EPFFenest,North + EPFFenest’South + EPFFenest’East + EPFFenest’West

Now, EPFFenest,North= -0.37 × 3.3 × 30 + 101.66 × 0.5 × 30=-36.63+1524.9=1488.3

EPFFenest,South= -1.35 × 3.3 × 30 + 252.90 × 0.27 × 30= -133.7 + 2048.5=1914.8

EPFFenest,East= -0.85 × 3.3 ×48+219.91×0.27×48= -136.64 + 2850 = 2715.4

EPFFenest,West= -0.80 × 3.3 × 48 + 226.57 × 0.27 × 48= -126.7 + 2936 = 2809.6

Therefore, EPFFenest =8928

EPFBaseline= 4890.6 + 943.5 + 8928= 14,762.2

vr% EPF ekud Hkou > EPF izLrkfor Hkou] blfy;s bZlhchlh Hkou] Hkou vkoj.k dh

vko';drkvksa ds vuq:i gSA

5- lqfo/kk iz.kkyh vkSj fu;a=.k&

5-1 lkekU;&

lHkh rkiu laokru okys okrkuqdwfyr lsok ;a= rFkk midj.k vkSj mlds fu;a=.k ds fy, ;g

vko';d gS fd og §5-2 ds vUrxZr fn;s x;s vfuok;Z ekudksa dk ikyu djsa rFkk 5-3 ds vUrZxr

fooj.kkRed ekin.M ds vuq:i Hkou dh ÅtkZ n{krk Lrj dks cuk;s j[ksA lHkh xeZ ty

iz.kkyh okys ;a= ,oa midj.k §5-2 ds ekud dk vuok;Z :i ls ikyu djsA

5-2 vfuok;Z vko';drk;sa %

5-2-1 laokru ¼osaVhys'ku½ %

¼d½ izR;sd vkoklh; LFkku §5-2-1 ds vuq:i okg~; gok ds gdnkj gksaxs rFkk jk’Vªh; Hkou dksM

2016 ,uchlh &2016esa fn;s fn'kk funsZ'kksa dk ikyu djsaxs ¼ikVZ&8 Hkou lsok;sa] /kkjk&1

izkd`frd gok ,oa izdk'k] mi/kkjk 5 laokru½

¼[k½ laokru LFkkuksa esa izkd`frd ds fy, fuEu rfjds iz;ksx gksxk&

¼1½ izkd`frd laokru ¼2½ ;kaf=d laokru ¼3½ fefJr ¼izkd`frd ,oa ;kaf=d½ laokru]

5-2-1-1 izkd`frd laokru dh fMt+kbu vko';drk,a&

izkd`frd :i ls goknkj Hkouksa ;k LFkku fefJr laokru eksM Hkouksa esa%&

¼d½ NBC esa izkd`frd laokru ds fy, fn;s x;s fn'kk funsZ'kksa dk ikyu djukA

¼[k½ Nr ds ia[ksa de ls de ch-bZ-bZ- rhu LVkj gksuk pkfg, ;fn iz;ksx djuk gksA

¼x½ ml fu"dklu ia[kksa dk mi;ksx gksuk pkfg;s tks de ls de vuqPNsn §15-3 dh U;wure~

n{krk dk vuqikyu djrk gksA

3231

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

5-2-1-2 ;kaf=d laokru gok ek=k fMtkbu vko';drk,a&

;kaf=d laokru ;k fefJr eksM laokru dk mi;ksx djds Hkou vkSj LFkkuksa dks goknkj fd;k tkrk

gS tks ,d ;kaf=d iz.kkyh ds lkFk iwjh rjg ls ;k izkd`frd laokru flLVe ds lkFk la;kstu ds

:i esaA

¼d½ ;kaf=d fLkLVe LFkkfir djsa tks ,e ch lh (NBC) ds vuqlkj ckgjh gok ifjorZu nj

iznku djrs gSA

¼[k½ ;k rks laokru flLVe tks fd dkcZu eksuksvkDlkbM ( CO) lsalj }kjk fu;af=r gks] ftldk

ry?kj dk dqy dkj ikfdZax {ks=Qy 600 oxZehVj ds cjkcj ;k mlls vf/kd gksA

uksV 5&1 vuqdwyh FkeZy lqfo/kk %

ekuo 'kjhj esa i;kZoj.kh; ifjfLFkfr;ksa ds vuqdwy gksus vkSj le; ds lkFk muls vkfn gksus dh

{kerk gksrh gSA xSj okrkuqdwfyr Hkouksa esa i;kZoj.kh; ekudksa dh ifjorZu'khyrk ds vkfn yksx

FkeZy vlqfo/kk dk lkeuk fd, fcuk ,d c<s gq;s rkieku jsat ds ek/;e ls jg ldrs gS vkSj dke

dj ldrs gSA ;g rdZ Hkouksa ds fy, vuqdwyh lqfo/kk ekMy dh tkudkjh nsrk gSA vuqdwy lqfo/kk

ekMy ÅtkZ ds mi;ksx dks de djus dk volj iznku fd;k D;ksfd Hkouksa dks T;knk la;a= rkieku

ij lapkfyr fd;k tk ldrk gSA ;kaf=d midj.kksa ds ek/;e ls dM+h lqfo/kk dh fLFkfr cuk;s

j[kus ds fy, bLrseky fd;k tkus okyh ÅtkZ bl izdkj cpkbZ tk ldrh gSA ekWMy ds fy,

izHkko'khy rkieku uhps lw= dk mi;ksx dj dh tk ldrh gSA

LoHkkfod :i ls goknkj bekjrs&

vkUrfjd izHkko'khy rkieku ¾ ¼0-54 × ckgjh rkieku½ $12-83

tgka vkarfjd izHkko'khy rkieku (°C½ mnklhu rkieku gS vkSj ckgjh rkieku 30 fnu dk ckgj py jgh

gok dk ek/; rkieku gSA izkd`frd laokru ekMy Hkou ds fy, Hkkjr fof'k’V vuqdwy ekWMy ds fy,

90% Lohdk;Zrk lhek ±2.83℃ gSA

mnkgj.k ds fy, % fnYyh esa fLFkr izkd`frd laokru Hkou ds vkarfjd izHkko'khy rkieku ds

fy,

(0.54 × 33.0) + 12.83 = 30.68℃

fefJr eksM Hkou&

vkarfjd izHkko'khy rkieku ¼0-28 × ckgjh rkieku½ $ 17-87

tgka vkUrfjd izHkko'khy rkieku ^°C mnklhu rkieku gS vkSj ckgjh rkieku 30 fnu dk ckgj py

jgh gok dk ek/; rkieku gSA fefJr ekWMy Hkou ds fy, Hkkjr fof'k’V vuqdwy ekWMy ds fy, 90%

Lohdk;Zrk lhek ±3.46^°C gSA

mnkgj.k ds fy, % fnYyh esa fLFkr fefJr ekMy Hkou ds vkUrfjd izHkko'khy rkieku

ds fy, 0.28 × 33.0) + 17.87 = 27.1℃ gSA

okrkuqdwfyr Hkou&

vkUrfjd izHkko'khy rkieku 0-078 × ckgjh rkieku½ $23-25

3232

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

tgka vkUrfjd izHkko'khy rkieku (^°C) mnklhu rkieku gS vkSj ckgjh rkieku 30 fnu dk ckgj

py jgh gok dk rkieku gSA

okrkuqdwfyr ekMy Hkou ds fy, Hkkjr ds fof'k’V vuqdwy ekWMy ds fy, 90% Lohdk;Zrk lhek

±1.5℃.

mnkgj.k ds fy,% fnYyh esa fLFkr okrkuqdwfyr ekMy Hkou ds vkUrfjd izHkko'khy rkieku ds

fy,( 0.078 × 33.0) + 23.25 = 25.8℃ gSA

5-2-1-3 ekax fu;a=.k laokru %

;kaf=d laokru flLVe ekax fu;a=.k laokru dk mi;ksx djrs gS vxj og ?kj ds ckgj ls 1500

yhVj izfr lsds.M ls T;knk dh gok] 50 ehVj oxZ ls vf/kd txg] 40 yksx izfr 100 ehVj oxZ

ls vf/kd fuoklh /kuRo ;k ,d ;k vf/kd fuEu flLVe dh lsok djrs gS%&

¼d½ ,d ,;jlkbM bZdksuksebtj xeZ djus dh e'khuA

¼[k½ ckgjh gok MSEilZ dk Lor% ckgjh ekaMqysfVax fu;a=.kA

5-2-1-3 ds viokn% fuEufyf[kr dks ekax fu;a=.k larkou la;a= LFkkfir djus ls NwV nh tk;sxh %&

¼d½ Ldwyksa esa d{kk,] O;olk; ds rgr vkus okyh dkWy ls.Vj Js.kh

¼[k½ ,sls LFkku ftuesa izfØ;k,a ;k dk;ksZ ds nkSjku dksbZ /kwy ds /kq,¡] f>Yyh] ok’i] ;k xSlksa ls

mRiUu gkrs gS ,oa ftuesa fu"dklu laokru miyC/k djk;k x;k gSa tSls fd vkarfjd lapkyu

ds fy;s vkarfjd ngu batu vFkok ftuesa vlaokru [kk|; lsok dh rS;kjh gsrq fufnZ"V {ks=

vFkok lkSUn;Z lSywuA

¼x½ flLVe ds lkFk fu"dkflr gok dh ÅtkZ olwy iz.kkyhA

5-2-2 LFkku okrkuqdwyd ;a= dh U;wure izHkko'khyrk %

5-2-2-1 fpyj ¼Ba<+d ;a=½ %

¼d½ Ba<+d ¼fpyj½ dks lkfj.kh 5&1 ds ek/;e ls 5&2 ds ,,u,lvkbZ@,,pvkjvkbZ

550@590 esa izLrqr U;wure~ n{krk vko';drkvksa dks iwjk dj mlls vf/kd gksuk pkfg;sA

¼[k½ lHkh Hkouksa esa Ba<+d igq¡pkus okys ;a= 530 dsMCyw ls de {kerk Hkkj rd gh vuqer gksaxsA og

lHkh Hkou ftlesa dwfyax {kerk 530 fd-ok- ds cjkcj ;k mlls T;knk gksxh ogk gok }kjk

Ba<+d okys la;a= dqy {kerk ds 33% rd gh vuqefr gksaxs tc rd izkf/kdkfj;ksa dks ,;j

dwYM fpyj yxkus dh {ks=kf/kdkfjrk izkIr gksxhA

¼x½ ch-bZ-bZ- ekud vkSj yscfyax dk;ZØe ds varxZr fpyj dh U;wure~ n{krk vko';drkvksa dks

U;wure~ vko';drk;sa tks lkfj.kh 5&2 ds ek/;e ls lkfj.kh 5&1 ij izkFkfedrk nh tk;sxhA

¼?k½ bZlhchlh dh vuqikyurk ds fy, Hkou dh COP rFkk IPLV nksuks dh gh U;wure~

vko';drkvksa dh vfuok;Zrk gksxhA bZlhchlh vkSj lqij bZlhchlh Hkou dh vuqikyurk ds

fy;s] lEcfU/kr n{krk Lrj ds lhvksih (COP) ;k vkbZiy,yoh (IPLV) dh U;wure~

vko';drkvksa dks iwjk djuk gksxkA

3233

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

lkfj.kh 5&1 U;wure ÅtkZ n{krk tks fd ty }kjk Ba<+d fpyj ds fy, pkfg,&

fpyj {kerk dsMCywvkj

blhchlh Hkou

blhchlh$ Hkou

lqij blhchlh Hkou

lhvksih

vkbZiy,yoh

lhvksih

vkbZiy,yoh

lhvksih vkbZiy,yoh

< 260

4-7

5-8

5-2

6-9

5-8

7-1

≥ 260 vkSj <530

4-9

5-9

5-8

7-1

6-0

7-9

≥ 530 vkSj

5-4

6-5

5-8

7-5

6-3

8-4

≥ 1,050 vkSj <1580

5-8

6-8

6-2

8-1

6-5

8-8

≥ 1,580

6-3

7-0

6-5

8-9

6-7

9-1

lkfj.kh 5&2 U;wure ÅtkZ n{krk tks fd ok;q }kjk fpyj ds fy, pkfg,&

fpyj {kerk

dsMCywvkj

blhchlh Hkou

blhchlh$ Hkou

lqij blhchlh Hkou

lhvksih

vkbZiy,yoh

lhvksih

vkbZiy,yoh

lhvksih@ vkbZiy,yoh

< 260

2-8

3-5

3-0

4-0

,u-,-

≥ 260

3-0

3-7

3-2

5-0

,u-,-

5-2-2-2 ,dy] fLifyV rFkk iSdst okrkuqdwfyr ;a=&

,dy okrkuqdwfyr lkfj.kh 5&5 ds ek/;e ls lkfj.kh 5&9 esa mfYyf[kr {kerkvksa ds ekud ds

ckjkcj ;k mlls vf/kd {kerkvksa ds vuq:i gksuk pkfg;sA f[kM+dh ,oa fLifyV okrkuqdwfyr BEE

ds vuqlkj LVkj jsfVax dk;Zdze ds rgr izekf.kr gksxkA bZbZvkj ds ekud IS 8148 ds vuq:i

,dy] fLifyV rFkk iSdst okrkuqdwyu dks 10 KWr {kerk ls vf/kd gksuk pkfg;sA

lkfj.kh 5&3 blhchlh Hkou ds ,dy] fLifyV rFkk iSdst okrkuqdwyd dks vuqer U;wure~ vko';drk;sa

Ba<k djus dh {kerk

ikuh }kjk Ba<k djuk

gok }kjk Ba<+k djuk

≤ 10.5

,u-,-

chbZbZ 3 LVkj

> 10.5

3-3 bZbZvkj

2-8 bZbZvkj

lkfj.kh 5-4 blhchlh+$ Hkou ds ,dy] fLifyV rFkk iSdst okrkuqdwyd dks vuqer U;wure~ vko';rk;sa

Ba<k djus dh {kerk

ikuh }kjk Ba<k djuk

gok }kjk Ba<+k djuk

≤ 10.5

,u-,-

chbZbZ 4 LVkj

> 10.5

3-7 bZbZvkj

3-2 bZbZvkj

3234

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

lkfj.kh 5&5 lqij blhchlh HU;wure~ Hkou ds ,dy] fLifyV rFkk iSdst okrkuqdwyd dks vuqer U;wure~

vko';drk

Ba<k djus dh {kerk

ikuh }kjk Ba<k djuk

gok }kjk Ba<+k djuk

≤ 10.5

,u-,-

chbZbZ 5 LVkj

> 10.5

3-9 bZbZvkj

3-4 bZbZvkj

5-2-2-3 ifjorZu'khy lnZ jsfÝtjsUV izokg %

ifjorZu'khy lnZ izokg jsfQtjsUV cgko ra= dks lkfj.kh 5-6 ds ,,u,lvkbZ@,,pvkjvkbZ ekud

1230 ds U;wure~ vko';drkvksa ds cjkcj ;k mlls vf/kd gksuk gksxkA tc rd oh vkj ,Q ds

fy;s Hkkjrh; ekud ugh cu tkrsA oh vkj ,Q ds fy;s ch-bZ-bZ- ekudksa vkSj yscfyax

vko';drkvksa dks orZeku U;wure~ vko';dvksa ij izkFkfedrk nh tk;sxhA

lkfj.kh 5&6 bZlhchlh fcfYMax ds okrkuqdwfyd ds fy;s oh vkj ,Q dh U;wure~ n{krk vko';drk;sa oh

vkj ,Q ds fy;s la'kksf/kr bZbZvkj vkSj vkbZbZbZvkj Hkkjrh; ekuo lkfj.kh esa fn;s x;s ekudksa dh txg ys

ysxk] tc Hkh os izdkf'kr gksxsaA

izdkj

vkdkj Js.kh( (ܓWܚ)

bZbZvkj

vkbZbZbZvkj

ohvkj,Q

okrkuqdwfyr]

ok;q izokg

< 40

3-28

4-36

>= 40 vkSj <70

3-26

4-34

>= 70

3-02

4-07

5-2-2-4 okrkuqdwfyr vkSj la?kud bZdkbZ;kW dEI;wVj d{k ds fy;s okrkuqdwfyr vkSj la?kud bdkb;ksa

tks dEI;wVj d{k ds fy;s gS og lkfj.kh 5&7 esa vafdr ÅtkZ n{krk vko';drkvksa ds ckjkcj ;k mlls

vf/kd gksA

lkfj.kh 5&7 dEI;wVj d{k ds fy;s okrkuqdwyu dh U;wure~ n{krk vko';drk

midj.k izdkj

usV lsfUlcy 'khryu

{kerk

U;wure ~ SCOP-127b

fupyk cgko

Åijh cgko

lHkh izdkj ds dEI;wVj d{k ,-lh-

ok;q@ty@ XykbdkWy

lHkh {kerk

2-5

¼d½ usV lsfUlcy 'khryu {kerk ¾ dqy ldy 'khryu n{krk&vO;ofLFkr 'khr izn'kZu&iSu ikoj

¼[k½ izn'kZu dk lsfUlcy xq.kkad (SCOP-127): ,d vuqikr tks dqy fufnZ"V fctyh okWV esa }kjk

usV lslsfcy 'khryu {kerk dks foHkkftr djus ij vkrk gSA ;g ml fLFkfr esa vJsjs ekud

127&2012 dh ijh{k.k dh fof/k tks dEI;wVj jsfaVax vksSj MsVk izkslsflax d{k ,dy

okrkuqdwfyr ds fy;s gSA

5-2-3 fu;a=.k %

3235

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

Hkouksa dks dksM dk vuqikyu djus ds fy,] §5-2-3-5 ds ek/;e ls §5-2-3-1 dk ikyu djuk gksxkA

5-2-3-1 VkbEkDykWd %

lHkh vkdkj ds fo'ofo|ky; rFkk izf'k{k.k dsUnzksa ds vanj ;kaf=dh 'khryu ,oa rkiu la;a=ks ds

fy, rFkk O;olkf;d dsUnz ftudk dh fuekZ.k {ks=Qy 2000 oxZehVj ls vf/kd gks lHkh Vkbe

DykWd ls fu;af=r gksaxsA

¼d½ ,d lIrkg esa fdUgh rhu fnuksa ds Hkhrj fofHkUu varjkyksa ij izkjaHk ,oa jksdk tk ldrk

gSA

¼[k½ fo|qr O;oLFkk Hkax gksus dh n'kk esa 10 ?k.Vs dh vof/k ds fy;s izksxzkfeax {kerk rFkk

le; varjky Hkh /kkj.k {kerk gksA

¼x½ 2 ?k.Vs dh ekuo /kkfjr {kerk Hkh 'kkfey gSA ,d lqyHk ekuo /kkfjr {kerk gksuh pkfg;s

tks vLFkk;h lapkyu dks 2 ?kaVs rd c<k nsrh gSA

viokn 5-2-3-1 %

¼d½ 'khryu la;a= < 17.5 kWr ls de

¼[k½ rkiu la;a= < 5.0 kWr ls de

¼x½ ,dy la;a=ksa dh lHkh {kerk;saA

5-2-3-2 rkieku fu;a=.k %&

fdlh Hkou ds okrkuqdwfyr {ks= esa ;kaf=d rkiu ,oa Ba<+d ;a=d yxk;s tk;saxs tks fd Hkou ds

vUrxZr rkieku fu;af=r djsxkA izR;sd ry ;k Hkou [k.M esa de ls de ,d rkieku fu;a=d

yxk;k tk;sxkA mDr fu;a=d fuEu fcUnqvksa dk ikyu djsaxs&

¼d½ tgk¡ fd ,d bdkbZ Ba<+d ;k rkiu ;a=d gksxk ogk¡ fu;a=d dh {kerk 30°C rkieku ds

e`R;wca/k ¼MsM cSM½ ds vUrxZr gksxh tgk¡ rkiu ;k 'khryu djus dh vkiwfrZ dks de ls de

;k can dj nh tk;sxhA

¼[k½ tgk¡ vyx&vyx 'khryu ,oa rkiu ;a=d ,d gh {ks= leku rkieku okrkoj.k cuk;s j[krs

gS] rc okrkoj.k fu;a=d ,d lkFk rkiu vkSj 'khryu dks jksdus ds fy;s bUVjykWd fd;k

tk;sxkA

¼x½ vyx&vyx okrkoj.k fu;a=d ;a= izR;sd esa LFkkfir fd;k tk;sxk%&

¼1½

LVkj jsfVax gksVy vkSj fjtkVZ dk vfrfFk x`g

¼2½

O;kolkf;d ds fy;s 30 oxZehVj ls de dk dejk

¼3½

okrkuqdwfyr d{kk d{k] v/;kiu d{k] fdlh 'kSf{kd laLFkk dk dEI;wVj d{k

¼4½ fdlh LokLF; dsUnz dk jksxh ,oa okg~; jksxh d{k

5-2-3-3 vf/kHkksx fu;a=.k %&

vf/kHkksx fu;a=.kksa dks de ls de laokru@okrkuqdwfyr la;a=ksa dks izR;sd Mh ,utsZbt djus ds

fy;s LFkkfir fd;k tk;sxk] ftlls ÅtkZ dh [kir U;wure gks tc mlesa dksbZ u jgs&

¼d½ LVkj jsfVax gksVy vkSj fjtkVZ dk izR;sd vfrfFk x`g

¼[k½ LVkj gksVy ;k O;olkf;d Hkou dk izR;sd lkewfgd 'kkSpky; ftldk fuekZ.k {ks=Qy 20000

oxZehVj ls T;knk gksA

3236

¼x

¼?

5-2-3-4 ia[

¼d

¼[

5-2-3-5 M

¼d

¼[

¼x

¼?

¼³

5-2-4 bZlh

5-2-4-1 ds

;

¼d

¼[

¼x

x½ LVkj gksV

?k½ fdlh f

[kks ij fu;a=

fdlh Hkou ft

ia[kks ij fu;a=

d½ nks LihM

[k½ fu;a=d

MEilZ %&

lHkh ok;q vki

ls Lokpkfyr

d½ ia[kkcan

[k½ tc LFkk

x½ cSd MªkQ

lsds.M

vkus oky

tyok;q

?k½ MailZ d

gok dk

³½ jlksbZ ME

hchlh fu;a=d

bZlhchlh$+ Hko

dk ikyu djs

dsaæh—r ekax

bZlhchlh$ v S

ica/ku iz.kkyh

;kaf=d dwfyax

fu;a=.k {kerk

d½ Lor% eka

egRoiw.kZ

[k½ fu;a=.k

;k mlls

x½ fu;a=.k

ldrs gS

jkti=] fg

Vy ;k O;ol

f'k{k.k laLFkk

=.k&

ftlesa dwfyax

=.k xhyk cY

M eksVjs] iksuh

ia[kks dh xf

iwfrZ vkSj fu"

:i ls can

kuksa dk mi; s

Q~V xq:Ro M

ls de fud

yh gok ckg

ij ykxw gks

dk miksx lao

cgko gks j

EilZ dk mi;

d $ lqij b

kou §5&2&3

jsxkA

'ksM fu;a=.k

vkSj lqijbZlhc

yh dk mi;ks

x vkSj rkiu

kvksa dk mi;

kax 'ksM fu;a=

kZ {ks=kas esa ,d

tks fd dsfU

ls vf/kd rd

tks rkieku

fgekpy izns'k

lkf;d Hkou

k esa 30 oxZeh

x Vkoj gks v

Yc rdZ ij v

h eksVjs ;k p

fr dks LFkkfi

"dklu mid

gks tk;sxsaA

;ksx ugh fd;

MailZ dh vk

dy jgh gks l

gjh gok ls

kxkA

okru vkSj fu

jgk gSA

;ksx t:jh u

bZlhchlh Hko

3 dh vko';

k %

chlh Hkouksa

ksx djasxsA {

u la;a=ksa ds

;ksx djrs gq;

=.k] tks ,d

d dsfUnz; eka

fUnz; fu;a=.k

d ifjpkyu

dks lsVvi

k] 05 tqykbZ]

u vkfn ds izR

ehVj {ks=Qy

vkSj mldk

vk/kkfjr gksx

pj xfr Mkb

fir QSu ikoj

dj.k ftlesa

;k tkrk

ko';drk,a o

lkFk gh cSd

lh/ks lEidZ

fu"dklu la;

ugh gksxkA

ou ds fy;s v

;drkvksa ds

ftudk fufe

{ks=h; Lrj

fu;a=.k fun

;s dsUnh; eka

d ekax izfrfØ

kx 'ksM ykxw

fLFkku ls l

rkieku dks

vkSj jhlsV

2019@14

R;sd dkaÝsl

ls cM+k izR;s

fuekZ.k {ks=Q

xk] ;k rks%&

bo }kjk ia[ksa

j dks nks frg

pj vko`fr M

ogk¡ Lohd`r

dMªkQ~V Mail

d esa u gks]

;a=ksa esa ugh g

vfrfjDr fu;

vuqikyu d

feZr {ks=Qy

ij bZlhchl

nsZ'k;ksX; rdZ

kax 'ksM dk iz

fØ;k ladsr i

w dj ldrs g

ladsr vkus i

de ;k c<+k

ds fy, ifjo

vk"kk<+ 1941

d{k

;sd d{kA

Qy 20000 o

dk fu;a=.k

gk;h lhek r

Mªkbo ,QMh

gksxh tgk¡

lZ laokru esa

;g BaMh ty

gksxk ftu L

;a=.k %&

ds vykok §

20000 oxZeh

lh$vkSj lqi

dZ fu;a=d ih

izca/ku xSj &

ij ekax izfrf

gSA

ij lHkh xSj&

k ldrs gSA

orZu dh ,d

oxZehVj ls

rd fu;af=r

gksrs gS] Mai

ckgjh gok

e mi;ksx gksx

tyok;q dks N

LFkyksa ij izk

5&2&4 dh

ehVj ls vf/kd

ijbZlhchlh H

ih,ylh ls g

& laiznk; {ks=

fØ;k vof/k

&laiznk; {ks=

d lek;ksT;

vf/kd gks o

dj ldsA

ilZ ds mi;ks

150 yh0 izf

xsa tgkW vUn

NksM+ dj lH

kd`frd :i

vko';drkv

d gks os Hko

Hkouksa esa lH

gksxsa] tks fuE

=ksa esa gksxk%&

ds nkSjku xS

= esa pkj fMxz

nj iznku d

Hkh

esa

vksa

Hkh

xSj

xzh

3237

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

dsfUnz;d`r ekax 'ksM fu;a=.k ds fy;s vfrfjDr {kerkvksa dh vko';drk gksxhA

¼d½ lqfo/kk vkWijsVjks }kjk fuf’Ø; gksuk pkfg;sA

¼[k½ rkiu vkSj dwfyax ¼Ba<+k½ lsV ikbaV dk izca/ku djus ds fy, eSU;qvy ¼ekuoh;½ :i ls lqfo/kk

ds lapkyu ds fy, ,d dsfUnz; LFkku ls fu;af=r gksuk pkfg,A

5-2-4-2 vkiwfrZ ok;q rkieku dk jhlsV&

cgq{ks= ;kaf=d dwfyax vkSj rkiu la;a=ksa dk bZlhchlh $ lqijbZlhchlh Hkouksa esa fu;a=.k gksxk tks

Lor% :i ls Hkou Hkkj ;k ckgjh gok ds rkieku ds tokc esa vkiwfrZ gok ds rkieku dks jhlsV

djsxkA fu;a=.k] vkiwfrZ gok ds rkieku dks fMtkbu vkiwfrZ gok ds rkieku vkSj fMtkbu dejs ds

gok ds rkieku ds chp varj ls de ls de 25% ij jhlsV djsxkA

viokn& 5-2-4-2 %&bZlhchlh $ lqij bZlhchlh Hkou tks fd xeZ ,oa ue tyok;q eas gksA

5-2-4-3 vfr Ba<k ikuh dk rkieku jhlsV&

bZlhchlh$ vkSj lqij bZlhchlh Hkouksa esa lqfo/kk okrkuqdwfyr vxj vfr Ba<+k ikuh la;a= lqfo/kk

okrkuqdwfyr iz.kkyh esa Ba<+k ikuh dh vkiwfrZ {kerk fMt+kbu {kerk ds 350 dsMCywvkj ls vf/kd gks

tkrk gS] ,sls esa fu;a=.k izfrfuf/k Hkkou Hkkj ;k ckg~; ok;q rkieku }kjk Lor% :i ls vkiwfrZ ikuh

dks rkieku dks jhlsV dj nsxk ftlesa okilh ikuh dk rkieku 'kkfey gSA

Hkou esa vfrfjDr fu;a=.k&

viokn 5-2-4-3 Ba<+k ikuh Lopfyr rkieku fu;a=.k iz.kkyh dh vko';drk ogk¡ ugh gksxh tgk¡

Lopfyr :i ls vkiwfrZ djus ij midj.kksa ds vuqfpr lapkyu ij gksA

5-2-5 lqij bZlhchlh Hkou esa vfrfjDr fu;=a.k&

lqij bZlhchlh Hkou §5-2-3 rFkk §5-2-4 dh vko';drkvksa dk vuqikyu djus ds vfrfjDr §5-2-5

dh vko';drkvksa dk Hkh vuqikyu djsxhA

5-2-5-1 ifjorZuh; ok;q ?kuRo ia[kk fu;a=.k&

lqij bZlhchlh Hkouksa esa ifjorZuh; gok ?kuRo oh , oh la;a=ksa esa ia[ks dk fu;a=.k ;k ;a= tks

fuekZrk ds izekf.kr QSu vkdM+ksa ds vk/kkj ij 50 izfr'kr fMt+kbu ,;j Q~yks gok dk cgko ij

ia[ks dh eksVj dh ekax dk 30 izfr'kr ls vf/kd fMt+kbu okVst ugh gksxkA

5-2-6 ikbfiax ,oa MDV dk;Z %

5-2-6-1 ikbfiax balqys'ku %

Rkkiu LFkku okrkuqdwfyr vkSj xeZ ikuh iz.kkyh la;= ds fy;s ikbfiax Lkfj.kh 5&10 ds ek/;e ls

Lkfj.kh 5&8 esa lwphc} bUlqys'ku vko';drkvksa dks iwjk djsxkA ckgj dh rjQ fn[kus okyk

izfrjks/ku ,Y;wehfu;e 'khV esVy] isaUV] dSuokl ;k IykfLVd doj }kjk lajf{kr fd;k tk;sxkA

lsY;qyj Qkse bUlqys'ku dks Åij ds :i esa lajf{kr fd;k tk;sxk ;k ikuh ds izfrj{kd jax ds

lkFk fd;k tk;sxkA

5-2-6-1 dk viokn%

v½ 0-2 }kjk izfrjks/ku vkj&ewY; esa deh ¼Lkfj.kh 5&8] Lkfj.kh 5&9 ,oa Lkfj.kh 5&10 ds ewY;ksa

dh rqyuk esa½ vkj 0-4 dh U;wure~ izfrjks/ku Lrj ds fy, ,d okrkuqdwfyr LFkku vFkok lhek

ds Hkhrj foHkktu esa LFkkfir fdlh ikbZi ds fy, vuqefr gksxhA

3238

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

c½ ekSle ds fy, izR;{k tksf[ke ds lkFk Hkou ds ckgj ,d foHkktu esa fLFkr fdlh ikbZi ds

fy, Lkfj.kh 5&10 ds ek/;e ls Lkfj.kh 5&8 esa dfFkr vko”;drkvksa ds Åij vkSj izfrjks/ku

vkj ewY; 0-2 ls vf/kd o`f) gksxhA

l½ 0-2 }kjk izfrjks/ku vkj&ewY; esa deh ¼Lkfj.kh 5&8] Lkfj.kh 5&9 ,oa Lkfj.kh 5&10 ds ewY;ksa

dh rqyuk esa½ vkj 0-4 dh U;wure~ izfrjks/ku Lrj ds fy, “khrks’.k tyok;q {ks= esa Hkouksa ds

fy, vuqefr nh tk,xhA

Lkfj.kh 5&8% bZlhchlh Hkouksa esa ikbZiksa ds fy, izfrjks/ku dh vko”;drk,a

Ikfjpkyu rkieku ¼fMxzh lsaVhxzsV½

ikbZi dk vkdkj ¼feeh½

<25

>=40

izfrjks/ku vkj&ewY; ¼ eh²-fdyksokV½

Rkkiu iz.kkyh

94° lsaVhxzsV ls 121° lsaVhxszV

0-9

1-2

60° lsaVhxszV ls 94° lsaVhxzsV

0-7

40° lsaVhxzsV ls 60° lsaVhxszV

0-4

0-7

'khryd iz.kkyh

4-5° lsaVhxzsV ls 15° lsaVhxszV

0-4

0-7

< 4-5° lsaVhxzsV

0-9

1-2

iz'khru ikbiykbu ¼foHkktu iz.kkyh½

4-5° lsaVhxszV ls15° lsaVhxszV

0-4

0-7

< 4-5° lsaVhxzsV

0-9

1-2

Lkfj.kh 5&9% bZlhchlh+$ Hkouksa esa ikbZiksa ds fy, izfrjks/ku dh vko”;drk,a

Ikfjpkyu rkieku ¼fMxzh lsaVhxzsV½

ikbZi dk vkdkj ¼feeh½

<40

> = 40

izfrjks/ku vkj&ewY; ¼ eh²-fdyksokV½

Rkkiu iz.kkyh

94° lsaVhxszV ls 121° lsaVhxszV

1-1

1-3

60° lsaVhxszV ls 94° lsaVhxszV

0-8

40° lsaVhxszV ls 60° lsaVhxszV

0-5

0-9

“khryd iz.kkyh

4-5° lsaVhxszV ls 15° lsaVhxzsV

0-5

0-9

< 4-5° lsaVhxzsV

1-1

1-3

iz”khru ikbiykbu ¼foHkktu iz.kkyh½

4-5° lsaVhxszV ls 15° lsaVhxszV

0-5

0-9

< 4-5° lsaVhxzsV

1-1

1-3

Lkfj.kh 5&10% lqij bZlhchlh Hkouksa esa ikbZiksa ds fy, izfrjks/ku dh vko”;drk,a

ikbZi dk vkdkj ¼feeh½

<40

>=40

3239

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

Ikfjpkyu rkieku ¼fMxzh lsaVhxzsV½

izfrjks/ku vkj&ewY; ¼ eh²-fdyksokV½

Rkkiu iz.kkyh

94° lsaVhxszV ls 121° lsaVhxszV

1-5

60° lsaVhxszV ls 94° lsaVhxszV

1-0

1-3

40° lsaVhxszV ls 60° lsaVhxszV

0-7

1-1

“khryd iz.kkyh

4-5° lsaVhxszV ls 15° lsaVhxszV

0-7

1-2

<4-5° lsaVhxzsV

1-5

iz”khru ikbiykbu ¼foHkktu iz.kkyh½

4-5° lsaVhxszV ls 15° lsaVhxszV

0-4

0-7

< 4-5° lsaVhxzsV

1-5

5-2-6-2 ufydk dk;Z ,oa izsj.k izfrjks/ku %

ufydkdk;Z vkSj izsj.k izfrjks/ku Lkfj.kh 5&11 ds vuqlkj gksxkA

Lkfj.kh 5&11% izbiykbu dk;Z vkSj izsj.k izfrjks/ku ¼eh2ds@MCY;w esa vkj&ewY;½ dh vko”;drk,a

izbiykbu dh fLFkfr

vkiwfrZ ufydk,a

Okkilh ufydk,a

cfgHkkZx

vkj&1-4

vkj&0-6

“krZjfgr fjDr LFkku

vkj&0-6

dqN ugha

nQu

vkj&0-6

dqN ugha

5-2-7 iz.kkyh larqyu %

5-2-7-1 lkekU; %

iz.kkyh larqyu 500 eh2 ls vf/kd dqy okrkuqdwfyr {ks= ds lkFk {ks=ksa dh lsok iz.kkfy;ksa ds fy,

fd;k tk,xkA

5-2-7-2 ok;q iz.kkyh larqyu %

ok;q iz.kkyh igys mijks/kh gkfu;ksa dks de djus ds fy, ,d rjhds ls larqfyr fd;k tk,xk( fQj]

0-75 fdyksokV ls vf/kd {kerk ds ia[kk iz.kkyh gsrq ia[ks dh vfHkdfYid xfr izokg fLFkfr iz.kkyh

dks lek;ksftr fd;k tk,xkA

5-2-7-3 vartZyh; iz.kkyh larqyu %

vartZyh; iz.kkfy;ksa dks igys mijks/kh gkfu;ksa dks de djus ds fy, ,d rjhds ls vkuqikfrd :Ik

ls larqfyr fd;k tk,xk( fQj iai izsfjr djus okys la;a= ¼bEiSyj½ dks O;ofLFkr fd;k tk,xk

vFkok iai xfr ds iz.kkyh dks lek;ksftr fd;k tk,xkA

5-2-8 la?kud %

5-2-8-1 la?kud dk LFkku&la?kud bl rjg ls fLFkr gksxsas fd m’ek vfHkxe vklikl ds LFkkuksa esa fLFkr

midj.kksa }kjk fuLlfjr xehZ ds gLr{ksi ls eqDr gS] vkSj ikl esa LFkkfir vU; ,slh iz.kkfy;ksa ds

lkFk gLr{ksi ugha djsxsaA

5-2-9 lsok ty rkiu

3240

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

5-2-9-1 lafgrk dk vuqikyu djus ds fy, xeZ ikuh iz.kkyh ds lkFk BaM ds LkkFk&lkFk lexz tyok;q {ks=

esa lHkh izdkj dh bekjrksa ds fy, lkSj ty rki midj.k LFkkfir djus ds fy, LFkkfir fd;k

tk,xk %

¼d½ Hkou ds xzsM ¶yksj {ks= ds Åij 20000 eh²ls de gS rks dqy xeZ ikuh fMtkbUk {kerk dk

de ls de 20%.

¼[k½ bekjr ds xzsM ¶yksj {ks= ds Åij 20]000 eh²ls vf/kd ;k cjkcj dqy xeZ ikuh fMtkbu

{kerk dk de ls de 40% bZlhchlh$ ,oa lqij bZlhchlh Hkouksa esa bZlhchlh vuqikyu ds

fy;s gksVyksa ,oa vLirkyksa Hkouksa gsrq lHkh tyok;q {ks=ksa esa ,oa 60 izfr'kr tyok;q {ks= esa

lHkh Hkouksa esa dqy vfHkdfYir xje ty dh vko';drk dk de ls de 40 izfr'kr ,oa 60

izfr'kr lkSj ty rkiu la;a=ksa dk vf/k"Bkiu fd;k tk;sxkA

5-2-9-1 dk viokn& ÅtkZ n{krk Lrj ,oa Hkouksa ds vkdkj ds vuq:i ,sls Hkou ftuesa xje ikuh ds fy;s

xehZ iqu% izkfIr ¼ghV fjdojh½ iz.kkyh mi;ksx djrs gSaA

5-2-9-2 rkiu la;a= n{krk %

lsok ty rkiu gsrq iz;qDr la;a=ksa dks Hkkjrh; ekudksa esa izLrqr izn”kZu vkSj U;wure n{krk

vko”;drkvksa dks fuEukuqlkj iwjk ;k vf/kd djuk gksxk&

v½ lkSj ty rkiu la;a=ksa dks vkbZ ,l 13129 Hkkx ¼1 ,oa 2½ esa mfYyf[kr izn”kZu@U;wure n{krk

Lrj dks iwjk djuk gksxkA

c½ rRdkyhd xSl ty rkiu la;a=ksa dks vkbZ,l 15558 esa mfYyf[kr izn”kZu@U;wure n{kr Lrj

ls Åij 80 izfr”kr bZ/ku mi;ksfxrk n{krk dks iwjk djuk gksxkA

l½ fo|qr ty rkiu la;a=ksa dks vkbZ,l 2082 esa mfYyf[kr izn”kZu@U;wure n{krk Lrj dks iwjk

djuk gksxkA

5-2-9-3 vU; ty rkih; iz.kkyh %

vuqiwjd rkiu iz.kkyh] dks vf/kdre~ ÅtkZ {kerk ds fy, vfHkdfYir fd;k tk,xk vkSj

fuEufyf[kr vfHkdfYir lqfo/kkvksa dks “kkfey djuk gksxkA

v½ okrkuqdwyu bdkbZ;ksa ds la?kfu= tSls xeZ ikuh NksM+us okyh iz.kkyh ls vf/kdre xehZ iqu%

izkIr djuk]

c½ tgka Hkh xSl miyC/k gS] xSl dk mi;ksx ghVj dks tykus esa djuk]

l½ vafre mik; ds :Ik esa fo|qr pkfyr ghVjA

5-2-9-4 ikbi ykbZu izfrjks/ku %

ikbi ykbZu izfrjks/ku gsrq /kkjk 5-2-6-1 dk vuqikyu fd;k tk;sxkA Hk.Mkj.k VSad lfgr iwjs xeZ

ikuh iz.kkyh] ikbiykbuksa dh lkexzh;ksa vkSj vuqiz;ksxksa ij lqlaxr vkb,l ekudksa ds vuq:i

izfrjks/ku gksxkA

3241

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

5-2-9-5 xeZ tky %

xeZ ty Hk.Mkj.k gsrq Vadh ,oa tyrkid la;a=ksa dks ty vkiwfrZ djus okys m/okZ?kj ikbZi] ftlesa

lesfdr :i ls xeZ tky vkSj xSj iqu% vkiwfrZ iz.kkyh O;ofLFkr ugh gS] izos'k ,oa fudkl ikbZi

nksuksa ij xeZ tky gksxkA

5-2-9-6 rj.k rky

lHkh xeZ rky dh ikuh lrg ij ;k Åij ok’Ik vojks/kd rky <dus okyk ¼iwy doj½ gksxkA rky

32 fMxzh ls0 ls vf/kd xeZ gksus ij U;wure vojks/kd ekU; vkj 4-1 ds lkFk rky <dus okyk

¼iwy doj½ j[kuk gksxkA

5-2-9-6 dk viokn% LFky&rky dks viuh ÅtkZ vko;drk dk 60 izfr”kr ls vf/kd iqu% izkfIr ÅtkZ

¼lkbZV fjdojh½ ;k lkSj ÅtkZ lzksr ls izkIr gks jgk gksxkA

5-3 fooj.kkRed vko';drk,a %

bl vuqHkkx esa fooj.kkRed vko”;drkvksa ds lkFk vuqikyu iznf”kZr fd;k tk,xkA 0-37 fdyksokV

ls vf/kd {kerk ds ,sls eksVj tks vkiwfrZ] fudkl] vkSj okilh vFkok jkgr ia[ks ds :i esa bLrseky

gks jgs gks rFkk djrs gks] Lkfj.kh 5&14 ds ek/;e ls Lkfj.kh 5&12 esa fofufnZ’V U;wure ÅtkZ n{krk

vko”;drkvksa dks iwjk ;k mlls vf/kd fuEufyf[kr fLFkfr;ksa dks NksM+dj vuqikyu dh vko”;drk

ugha gS&

v½ v&LFkkfir okrkuqdwfyr bdkbZ esa iz;qDr ia[ks tgkW ia[k dh n{krk dks lqfo/kk iz.kkyh dh

n{krk ekud dh x.kuk ds fy, igys ls gh lEefyr dj fy;k x;k gksA

c½ LokLF; lsok Hkouksa esa iz;qDr ia[ks ftuesa ,pbZih, fQYVj iz;ksx gks jgk gksA

l½ ÅtkZ olwyh iz.kkyh esa lfUufgr ia[ksa tks ckgjh gok dks iwoZ okrkuqdwfyr djrs gksaA Lkfj.kh

5&12 bZlhchlh Hkouksa esa ia[kksa ds fy, ;kafU=d vkSj eksVj n{krk vko';drk,a

iz.kkyh izdkj

ia[ks dk izdkj

;kafU=d n{krk

eksVj n{krk ¼vkbZ ,l

12615 ds vuqlkj½

Okk;q&fu;a=.k

bdkbZ

vkiwfrZ] okilh vkSj

fu"dklu

60 %

vkbZbZ 2

Lkfj.kh 5&13 bZlhchlh$ Hkouksa esa ia[kksa ds fy, ;kafU=d vkSj eksVj n{krk vko”;drk,a

iz.kkyh izdkj

ia[ks dk izdkj

;kafU=d n{krk

eksVj n{krk ¼vkbZ ,l

12615 ds vuqlkj½

Okk;q& fu;a=.k bdkbZ

vkiwfrZ] okilh vkSj

fudkl

65 %

vkbZbZ 3

Lkfj.kh 5&14 lqij bZlhchlh Hkouksa esa ia[kksa ds fy, ;kafU=d vkSj eksVj n{krk vko”;drk,a

iz.kkyh izdkj

ia[ks dk izdkj

;kafU=d n{krk

eksVj n{krk ¼vkbZ ,l

12615 ds vuqlkj½

Okk;q&fu;a=.k bdkbZ

vkiwfrZ] okilh vkSj fudkl

70%

vkbZbZ 4

3242

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

5-3-1 iEil~ %

vfr BaMk vkSj la?kfu= ikuh iEi gsrq Lkfj.kh 5&17 ds ek/;e~ ls Lkfj.kh 5&15 esa fofufnZ’V U;wure

ÅtkZ n{krk vko”;drkvksa dks iwjk vFkok mlls vf/kd fd;k tk,xkA tuinh; vfr BaM iz.kkfy;ksa

esa iz;qDr iaiksa ds fy, vko”;drk,a vkSj LFkkuksa dks xeZ djus ds fy, xeZ ikuh iai dsoy oS;fDrd

iai midj.kksa dh LFkkfir n{krk vko”;drkvksa rd lhfer gksxsaA vuqikyu fn[kkus ds fy,] dqy

LFkkfir iai {kerk dh fdyks okV esa x.kuk vkSj Hkou esa LFkkfir okrkuqdwyu iz.kkyh dh izfr fdyks

okV {kerk vkadfyr dh tk;sA

5-3-1 dk viokn% izfØ;kvksa esa iz;qDr iaiksa mnkg.k&okrkuqdwyu bR;kfn ds fy, iz;qDr xeZ ikuh] BaMk ikuh

lsokA

Lkfj.kh 5&15% bZlhchlh Hkouksa ds fy, iai n{krk vko';drk,a

midj.k

bZlhchlh Hkou

BaMk ikuh iai ¼izkFkfed ,oa f}rh;d½

f}rh;d iai ij oh,QMh ds lkFk 18-2

MCY;w@dsMCY;wvkj

Lka?kfu= ikuh iai

17-7 MCY;w@dsMCY;wvkj

iaiksa dh n{krk ¼U;wure½

70%

Lkfj.kh 5&16% bZlhchlh$ Hkouksa ds fy, iai n{krk vko”;drk,a

midj.k

bZlhchlh$ Hkou

BaMk ikuh iai ¼izkFkfed ,oa f}rh;d½

f}rh;d iai ij oh,QMh ds lkFk 16-9

MCY;w@dsMCY;wvkj

Lka?kfu= ikuh iai

16-5 MCY;w@dsMCY;wvkj

iaiksa dh n{krk ¼U;wure½

75%

Lkfj.kh 5&17% lqij bZlhchlh Hkouksa ds fy, iai n{krk vko”;drk,a

midj.k

lqij bZlhchlh Hkou

BaMk ikuh iai ¼izkFkfed ,oa f}rh;d½

f}rh;d iai ij oh,QMh ds lkFk 14-9

MCY;w@dsMCY;wvkj

Lka?kfu= ikuh iai

14-6 MCY;w@dsMCY;wvkj

iaiksa dh n{krk ¼U;wure½

85%

5-3-2 'khryd ehukjsa %

“khryd ehukjsa Lkfj.kh 5&18 esa fofufnZ’V U;wure n{krk vko”;drvksa ds cjkcj ;k mlls vf/kd

gksxhA bZlhchlh$ vkSj lqij bZlhchlh Hkouksa dh “khryd ehukjksa esa vfrfjDr oh,QMh LFkkfir

djuk gksxkA

Lkfj.kh 5&18% bZlhchlh] bZlhchlh$] vkSj lqij bZlhchlh Hkouksa ds fy, 'khryd ehukj n{krk vko';drk,a

midj.k ds izdkj

ewY;kadu dh fLFkfr

n{krk

[kqyk ifjiFk

“khryd ehukj ia[ks

izos”k djus okyk ikuh 35° lsa0 NksM+us

okyk ikuh 29° lsa0 ?kj ds ckgj gok

24° lsa0 MCY;wch

0-017 dsMCY;w@dsMCY;wvkj

0-31 dsMCY;w@,y@,l

3243

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

5-3-3 xje djus okyk ¼bdksuksaebtj½ %

5-3-3-1 bZlhchlh] bZlhchlh$] vkSj lqij bZlhchlh Hkouksa ds fy, xje djus okyk bdksuksaebtj

20]000 oxZ ehVj ls vf/kd fufeZr {ks= Hkouksa esa izR;sd “khryd ia[k iz.kkyh esa fuEufyf[kr esa ls

de ls de ,d “kkfey gksxk%

v½ ckgjh gok vkSj okilh gok Liat fu;eu djus esa l{ke ,d gok bdksuksaebtj ckgj dh gok

ds :Ik esa vfHk:fir vkiwfrZ gok ek=k dk 50 izfr”kr dh vkiwfrZ djus ds fy,A

c½ ,d ty bdksuksaebtj visf{kr iz.kkyh ds BaMk Hkkj dk 50 izfr'kr iznku djus ds l{ke gS]

vc ckgjh gok dk rkieku 10°lsa0 'kq"d cYc@7-2°lsa0 xhys cYc ;k mlls de gksaA

5-3-3-1 dk viokn %

v½ xeZ&vknzZ tyok;q {ks= esa ifj;kstuk,a eqDr gksxhA

c½ xeZ&lw[ks tyok;q {ks=ksa esa dsoy fnu ds le; vf/kHkksx okyh ifj;kstuk,a eqDr gksxhA

l½ O;fDrxr Nr esa yxs ia[k la;a= vxj 3]200 yhVj izfr lsds.M ls de gksxh] rks eqDr gksxhA

5-3-3-2 vkaf'kd 'khyd %

Tkgka 5-3-3-1 ds vko”;d gok bdksuksaebtj vkaf”kd “khryu iznku djus esa l{ke gks] ;gka rd fd

tc vfrfjDr ;kaf=d “khryd dks “khryu Hkkj dks iwjk djus ds fy, vko”;d gSaA

5-3-3-3 bdksuksaebtj fu;a=.k %

gok bdksuksaebtj fu;a=.k ls lqlfTtr gksxk%

v½ fd MEilZ ;kaf=d 'khryd midj.k ds lkFk vuqØfer fd;k tk;sxk vkSj bls dsoy fefJr

gok ds rkieku ls fu;af=r ugha fd;k tk ldrk gSA

c½ Lopkfyr :Ik ls vfHk:fir U;wure ckgjh gok dh ek=k ds fy, ckgj dh gok ds izos'k dks

de djus esa l{ke gksxk tc ckgj dh gok ds izos'k gksus ij “khryu ÅtkZ mi;ksx vc de

ugha gksxkA

l½ 24 °C “kq’d rkieku ij mPp lhek can djus dh {kerk gksxhA 5-3-3-4 ijh{k.k gok dh rjQ

bdksuksaebtj dk mfpr ifjpkyu lqfuf”pr djus ds fy, /kkjk 12 dh ifjf”k’V ¼lh½ esa

vko”;drkvksa ds vuqlj.k esa ijh{k.k fd;k tk,xkA

5-3-3-4 dk viokn % ,poh,lh iz.kkyh esa midj.k fuekZrk }kjk LFkkfir gok bdksuksaebtj ds QSDVh ijh{k.k

vkSj tkap /kkjk 12 dh izfØ;kvksa ds vuqlkj gksxh vkSj fuekZ.k foHkkx ls izekf.kr djuk gksxkA

5-3-4 ifjorZuh; izokg gkbMªksfud iz.kkyh %

5-3-4-1 ifjorfu; nzO; izokg ,poh,lh ifEiax iz.kkyh ftuds ikl dqy iEi iz.kkyh ÅtkZ dk 7-5

fdyksokV ls vf/kd gS vkSj ifjorZuh; nzO; izokg ds fy, fMt+kbu fd;k tk,xk vkSj ,d lhek

rd iaEi dh izokg njksa dks de djus esa l{ke gksxk] tks lhek ds cjkcj ;k de gksxk] tgka lhek

dk vf/kd ls vf/kd fu/kkZfjr gksrh gS%

3244

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

v½ vfHkdYiuk cgko nj dk 50%, ;k

c½ vfr BaMk ;k ok’iu dk mfpr lapkyu ds fy, midj.k fuekZrk }kjk U;wure vko”;d

cgkoA

5-3-4-2 vyxko okYo %

Ikkuh ls BaMk gksus okys okrkuqdwyu ;k m"ek iEi bdkbZ;ksa dks 3-7 fdyksokV ls vf/kd ;k mlds

cjkcj ,d ifjlapj.k iai eksVj ls BaMk fd;k tkrk gS izR;sd Ikkuh ls BaMk gksus okys okrkuqdwyu

;k xehZ iEi bdkbZ ij nks rjQk Lopkfyr vyxko fNnz gksrs gS tks tc daizslj ds dke u djus

dh LFkfr esa daizslj ds lkFk tqM+s gq, ¼baVjykWd½ ty izokg la?kfu= ¼duMsUlj½ dks can dj nsrk

gSA

5-3-4-3 ifjorZuh; cgko xfr %

vfr BaMk ikuh ;k la?kfu= ikuh iz.kkfy;kas dks ;k rks §5-3-4-1 ;k §5-3-4-2 dk vuqikyu djuk

gksxk vkSj muds ikl 3-7 fdyksokV ds cjkcj ;k ls vf/kd dk iai eksVlZ gksuk pkfg, tks

ifjorZuh; cgko Mªkbo }kjk fu;af=r fd;k tk,xkA

5-3-5 ok’id %

xSl vkSj rsy ls tyus okys ok’id Lkfj.kh 5&19 vkSj 5&20 esa fufnZ’V U;wure n{krk

vko”;drkvksa ds cjkcj ;k mlls vf/kd gksxsA

Lkkfj.kh 5&19% bZlhchlh Hkouksa ds fy, rsy vkSj xSl ls tyus oky ok’id ds fy, U;wure n{krk

vko';drk,a

la;a= dk izdkj

mi oxZ

vkdkj oxZ

U;wure ,Q;wbZ

Okk’id] xeZ ikuh

xSl ;k rsy ls

tyus okys

lHkh {kerkvksa ds fy;s

80 %

,Q;wbZ&bZ/ku mi;ksx djus dh n{krk

Lkfj.kh 5&20% bZlhchlh$ vkSj lqij bZlhchlh Hkouksa ds fy, rsy vkSj xSl ls tyus oky ok’id ds fy,

U;wure n{krk vko”;drk,a

la;a= dk izdkj

mi oxZ

vkdkj oxZ

U;wure ,Q;wbZ

Okk’id] xeZ ikuh

xSl ;k rsy ls

tyus okys

lHkh {kerkvksa ds

fy;s

85 %

,Q;wbZ&bZ/ku mi;ksx djus dh n{krk

5-3-6 ÅtkZ iqu%izkfIr %

lHkh vkfrF; vkSj LokLF; lsok tgkW la;a=ksa dh {kerk 2]100 fyVj izfr lsds.M ls vf/kd gksxhs

vkSj 70% U;wure okg~; gok vkiwfrZ iz.kkyh ds lkFk U;wure 50% ÅtkZ iqu% izkfIr izHkko”khyrk

okys gok ls gok ÅtkZ iqu% izkfIr midj.k j[kuk gksxkA 20]000 oxZehVj ls vf/kd fufeZr {ks=Qy

esa cus gq, vkfrF;] LokLF; lsok] vkSj O;oLkkf;d Hkouks esa LFkkfir Mhty vkSj xSl Toyu”khy

tsusjsVj lsV ls de ls de 50% ÅtkZ iqu% izkfIr dh tk;sxhA

3245

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

5-4 dqy iz.kkyh n{krk-&oSdfYid vuqikyu n`f’Vdks.k %

fooj.kkRed vko”;drkvksa ds v/khu mfYyf[kr O;f"V midj.k ds ctk; la;a= ¼IykUV½ dh vksj ls lqfo/kk

iz.kkyh ds fy, dqy iz.kkyh n{krk vuqdwyu }kjk Hkouksa dk vuqikyu fn[kk ldrh gSA ;g oSdfYid

vuqikyu n`f’Vdks.k lHkh izdkj dh Hkouksa esa dsUnzh; vfr BaMk ikuh la;a= i{k iz.kkyh ds fy, ykxw gksrk

gSA dqy LFkkfir {kerk izfr fdyksokV iz”khru Hkkj lkj.kh 5&21 esa fufnZ’V vko”;drkvksa ls vf/kdre

lhek ls de ;k cjkcj gksxhA midj.k tks fd bl oSdfYid n`f’Vdks.k ds fy, dsUnzh; vfr BaMk ikuh

la;a= i{k iz.kkyh esa “kkfey fd;k tk ldrk gS fpyj BaMk ikuh iai] la?kfu= ikuh iai] vkSj BaMk ehukj

ia[kk gSA vuqikyu dh tkap okf’kZd izfr ?kaVk vuq:i.k ij vk/kkfjr gksxhA

lkj.kh 5&21% bZlhchlh] bZlhchlh$ vkSj lqij bZlhchlh Hkouksa ds fy, U;wure iz.kkyh n{krk vko”;drk

BaMk ikuh] vfr BaMk ikuh djus okyk

la;a=

vf/kdre lhek ¼fdyksokV@ fdyksokV

vkj½

bZlhchlh

0-26

bZlhchlh$

0-23

lqij bZlhchlh

0-20

5-5 de ÅtkZ lqfo/kk iz.kkfy;ka %

oSdfYid ,poh,lh iz.kkfy;kW tks de ÅtkZ dk mi;ksx djrs gS iz”khrd vk/kkfjr “khryu

iz.kkfy;ksa ¼;k la;kstu ds lkFk esa½ ds LFkku ij LFkkfir fd;k tk ldrk gSA ,slh iz.kkfy;ksa dks

/kkjk §5-2-2 ds U;wure fjDr LFkku la?kfu= midj.k n{krk ds Lrj dks iwjk djus ds fy,

le>k tk,xk] ijUrq ykxw gSA §5-2 ds vU; lHkh ykxw gksus okys vfuok;Z izko/kkuksa dk ikyu

djuk gksxkA de ÅtkZ lqfo/kk iz.kkfy;ksa dh Lohd`r lwph uhps nh xbZ gS%&

v½ ok’ihdj.k “khryu

c½ vo”kks’kd “khryu iz.kkyh

l½ lkSj ok;q okrkuqdwyu

n½ f=&ih<+h ¼vif”k’V ls Å"ek½

n½ nhfIreku ¼LVsfM;y “khryu iz.kkyh½

;½ Hkwry lzksr Å’ek iEi

j½ fLFkjks’e “khryu iz.kkyh

Hkouksa dks 'khry vkSj rkiu dh vko”;drk dk 50 izfr”kr ls vf/kd ds fy, LFkkfir ,d

vuqeksfnr de ÅtkZ lqfo/kk iz.kkyh dks §5-2-2 esa micaf/kr bZlhchlh$Hkou ekud ds cjkcj le>k

tk,xkA

Hkouksa dks 'khyr vkSj rkiu dh vko”;drk dk 90 izfr”kr ls vf/kd ds fy, LFkkfir ,d

vuqeksfnr de ÅtkZ lqfo/kk iz.kkyh dks §5-2-2 esa micaf/kr lqij bZlhchlh Hkou ekud ds cjkcj

le>k tk,xkA

3246

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

uksV 5&2 rkih; ÅtkZ laxzg.k %

rki laxzg.k dk “khryrk {kerk esa dVkSrh ds ek/;e ls vf/kdre fctyh Hkkj dks

fu;af=r djds] vkSj de ifjos”k dh fLFkfr ds nkSjku mPp iz.kkyh n{krk dk ykHk

mBkdj vf/kdre ekax dks lhfer djus esa mi;ksx fd;k tk ldrk gSA fnu ds fofHkUu

le;ksa dk mi;ksx djrs gq, fctyh nj] tgka ykxw gks] }kjk ifjpkyu ykxr dks de

djus esa Hkh rki laxzg.k ls enn feysxhA

Lakxzg.k dk ek/;e cQZ ;k ikuh gks ldrk gSA ikuh dks Lrjhd`r HkaMkj.k VSadksa dh vko”;drk gS

vkSj ;g T;knkrj cM+s HkaMkj.k {kerk ds lkFk O;ogk;Z gS vkSj mPp n{krk ls la;a= lapkyu dk Qk;nk

gksrk gS ijUrq blds fy, cM+s laxzg.k dh ek=k dh vko”;drk gSA dsUnzh; la;a= ds ekeys esa] rkih; ÅtkZ

Hk.Mkj.k ds lkFk vfHkdfYir fd;k x;k] bldk LFkku okrkuqdwyu bathfu;j ds ijke”kZ ls r; fd;k

tk,xkA Nr ds Åij vf/k’Bkiu ds fy,] lajpukRed izko/kku ,d gh gksus ds dkj.k Hkou@lajpuk ij

vkus okys Hkkj ds [kkrs esa fy;k tk,xkA [kqyh txg dh lrg dh vf/k’Bkiu ds fy,] {kSfrt ;k m/okZ/kj

iz.kkyh fodYiksa dks ekuk tk,xk vkSj eSugksyksa ds fy, lh<+h dk jkLrk iznku fd;k tk,xkA {ks= ds Åij

okguksa dh vkoktkgh ds pyrs Hkkj nQu LFkkiu ds [kkrsa esa fy;k tk,xkA

6- izdk'k O;oLFkk vkSj fu;a=.k %

6-1 lkekU; %

izdk”k iz.kkfy;kW vkSj midj.k § 6-2 ds vkns”kkRed izko/kkuksa vkSj § 6-3 ds funsZ”kkRed

ekun.Mksa dk vuqikyu djsxhA bl vuqHkkx esa izdk”k O;oLFkk dh vko”;drk,a fuEu ij ykxw

gksxh%

v½ Hkouksa dh vkarfjd fjDr LFkku]

c½ Hkou dh ckgjh fo”ks’krk,a] ftuesa vxzHkkx] izdkf”kr Nrsa] LFkkiR; fo”ks’krk,a] izos”k }kjk]

fudkl] foeku ls mrjus dh txg vkSj izdkf”kr dSuksibZl~ “kkfey gS] vkSj

l½ Hkou dh ckgjh eSnkuksa dh izdk”k O;oLFkk tks fd Hkou ds fo|qr lsok ds ek/;e ls iznku dh

tkrh gSaA

§6-1 dk viokn %

v½ vkikr dkyhu ;k lqj{kk izdk”k O;oLFkk tks fd lkekU; Hkou lapkyu ds nkSjku Lopkfyr

can gks tkrh gSA

6-2

vfuok;Z vko';drk,a %

6-2-1 izdk'k O;oLFkk dk fu;a=.k %

6-2-1-1 Lopkfyr izdk'k O;oLFkk can gksuk %

v½ 300 oxZehVj ls vf/kd Hkou ;k Hkou ds LFkku esa vkarfjd izdk”k fQDlj dh lkt leku ;k

fQfVax dk 90 izfr”kr Lopkfyr fu;a=.k midj.k ls lqlfTtr gksxkA

c½ blds vfrfjDr] vf/kHkksx laosnd fuEu esa iznku fd;k tk,xk&

¼1½ 20]000 oxZehVj ch;w, ¼ch;w,½ ls vf/kd lHkh izdkj ds Hkouksa esa&

3247

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

¼d½ 30 oxZehVj ls de jgus ;ksX; lHkh fjDr LFkku] fnokjksa vFkok Nr dh ÅWpkbZ rd

foHkktu }kjk f?kjk gqvk gksA

¼[k½ 20]000 oxZehVj ls vf/kd ch;w, okyh lHkh izdkj ds Hkouksa esa lHkh Hka.Mkj.k ;k

mi;ksxh LFkku 15 oxZehVj ls vf/kd gksuk pkfg;sA

¼x½ lkoZtfud “kkSpky; 25 oxZehVj ls vf/kd gksxsa vkSj “kkSpky; esa LFkkfir izdk”k

O;oLFkk dk de ls de 80 izfr”kr fu;af=r gksxk] tks izdk”k O;oLFkk ¼fQDlj½

midj.k Lopkfyr izdk”k can ugha gksxk] {ks= esa leku:Ik ls QSyk gqvk gksxkA

¼2½ 20]000 oxZehVj ch;w, ls vf/kd lHkh vkfrF; ds xfy;kjksa esa] lkoZtfud xfy;kjs esa

LFkkfir izdk”k fQDlj dk U;wure~ 70 izfr”kr vkSj vf/kdre 80 izfr”kr fu;af=r

gksxkA izdk”k fQDlj midj.k Lopkfyr izdk”k can ugha gksxk] {ks= esa leku:Ik ls QSyk

gqvk gksxkA

¼3½ lHkh O;kikfjd vkSj lHkh lEesyu ;k cSBd d{kksa esaA

¼l½ Lopkfyr fu;a=.k midj.k ;k rks ij dk;Z djsxk &

¼d½ ,d fu/kkZfjr vk/kkj ds fof”k’V ;kstukc) le;ksa ijA ,d Lora= dk;ZØe dk fu/kkZj.ku

rks ,d eafty ls vf/kd vkSj u gh 25]00 oxZehVj vf/kd {ks= ds fy, iznku fd;k

tk,xk] ;k]

¼[k½ vf/kHkksx laosnd fjDr LFkku ij dksbZ O;fDr u jgus ij 15 feuV ds Hkhrj izdk”k

fQDpj midj.k can dj nsxkA vf/kHkksxh laosndksa }kjk fu;af=r izdk”k fQDpj midj.k

tc fjDr LFkku vf/kHkksx dj fy;k tkrk gS fnokj ij Vaxk gqvk] gLrpkfyr cVu

jks”kuh dks can djus l{ke gksA

6-2-1-1 ds viokn% vkikrdkyhu vkSj vfXu'kked mÌs';ksa ds fy, cuk;k x;k izdk'k iz.kkyh %

6-2-1-2 fjDr LFkku fu;a=.k ¼Lisl fu;a=.k½ %

Nr dh ÅapkbZ rd foHkktu ls tqM+s izR;sd fjDr LFkku ds Hkhrj lkekU; izdk”k dks Lora= :Ik ls

fu;af=r djus ds fy, de ls de ,d fu;a=.k midj.k gksxkA izR;sd fu;a=.k midj.k ;k rks

vf/kHkksxh }kjk gkFk ls ;k ,d vf/kHkksxh laosnd }kjk Lopkfyr] lfØ; dj fn;k tk,xkA izR;sd

fu;a=.k midj.k &

¼v½ 1]000 oxZehVj ls de ;k mlds cjkcj LFkku ds fy, ftles vf/kdre 250 oxZehVj dk

fu;a=.k gksxk vkSj 1]000 oxZehVj vf/kd LFkku ds fy, vf/kdre 1]000 oxZehVj dk fu;a=.k

gksxkA

¼c½ 2 ?kaVs ls vf/kd u gksus ij 6-2-1-1 esa vko”;d can djus dk fu;a=.k mYya?ku djus dh

{kerk gks] vkSj

¼l½ vklkuh ls lqyHk vkSj fLFkr gks ftlls vf/kHkksxh fu;a=.k ns[k ldsA

6-2-1-2 ¼l½ dk viokn% lqj{kk ;k laj{kk ds dkj.kksa ds fy, ;fn vko”;d gks rks fu;a=.k midj.k

nwjLFkk LFkkfir fd;k tk ldrk gSA nwjLFk LFkkfir midj.k ,d ik;yV izdk'k lwpd gksxk tks ;k rks

mlh dk fgLlk gksxk ;k fu;a=.k midj.k ds cxy esa gksxk vkSj fu;af=r izdk'k dh igpku djus ds fy;s

Li"V :i ls yscy fd;k tk;sxkA

3248

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

6-2-1-3 fnu dk izdk'k {ks=ksa esa fu;a=.k %

¼v½ izdk”k midj.k can djus ds fy, ;k rks og ,d gLrpkfyr fu;a=.k midj.k ds lkFk

lqlfTtr gksxk] ftls fnu izdkf”kr {ks= ds Hkhrj LFkkfir fd;k tk;sxk ;k Lopkfyr fu;a=.k

midj.k gksxkA izdk'k midj.k dh LFkkiuk f[kM+dh ds fnu ds izdk'k dh lhek rd gksuh gS]

tSls fd §4-2-3 esa x.kuk dh x;h gSA

1- U;wure 5 feuV dh nsjh gS] ;k

2- dqy ÅtkZ dk 50% de ;k uhps dj ldrs gSA

¼c½ fnu dk izdk”k fu;a=.kksa dk mYya?ku djus dh vuqefr ugha nh tk,xhA

¼l½ lqij bZlhchlh Hkouksa ds fy,] 20% dh izdk”k ÅtkZ ?kuRo lek;kstu ?kVd dks fnu dk

izdk”k fu;a=.kksa ds v/khu vius {ks= ds 70% ls vf/kd LFkkuksa ds lkFk vuqefr nh tk,xhA

6-2-1-4 bZlhchlh$ vkSj lqij bZlhchlh Hkouksa ds fy, dsUnzhd`r fu;a=.k bZlhchlh$ vkSj lqij

bZlhchlh Hkouksa esa le;c) Lopkfyr izdk”k can djus dh cVu ds fy, dsUnzhd`r fu;a=.k iz.kkyh gksxhA

6-2-1-5 cká izdk'k O;oLFkk fu;a=.k %

¼v½ §6-3-5 esa NwV ugha nh x;h lHkh cká vuqiz;ksxksa ds fy, izdk”k ,d QksVk laosnd ;k

[kxksyh; le; cVu }kjk fu;af=r fd;k tk,xk tks fd fnu ds mtkys miyC/k gksus ij

vFkok izdk”k dh vko”;drk ugha gksus ij ckgjh izdk”k dks Lor% can djus esa l{ke gksxhA

¼c½ 20]000 oxZehVj ls vf/kd fufeZr {ks= ds Ldwy vkSj O;olk; ds ckgjh vuqiz;ksxksa ds fy,

izdk”k] Øe”k% bZlhchlh] bZlhchlh$ vkSj lqij bZlhchlh ds fy, nhid n{krk 80 yqesu izfr

okV] 90 yqesu izfr okV vkSj 100 yqesu izfr okV ls de {kerk dh ySae ugha gksuk pkfg,]

tc rd fd izdk”k midj.k 6-1 ds rgr NwV ;k ,d xfr laosnd }kjk fu;af=r u gksA

¼l½ eq[kkSVk izdk”k vkSj 'kkWfiax ifjljksa ds xSj vkikrdkyhu ladsrd eq[kkSVk ds fy, vyx vyx

le; esa cVu gksxsaA

6-2-1-5 ds fy, NwV% ckgjh vkikrdkyhu izdk”k O;oLFkkA

6-2-1-6 vfrfjDr fu;a=.k %

fuEufyf[kr izdk'k vuqiz;ksxksa dks ,d fu;a=.k midj.k ls lqlfTtr fd;k tk;sxk tks lkekU;

izdk'k dks Lora=rk iw.kZ rjhds ls fu;f=r djsxasA

¼v½ izn”kZu@rst izdk”k O;oLFkk% 300eh2 {ks= ls vf/kd izn”kZu@rst izdk”k O;oLFkk ds lkFk ,d

vyx fu;a=.k midj.k gksxkA

¼c½ gksVy vfrfFk d{k izdk”k O;oLFkk% ,d gksVy esa vfrfFk d{kksa vkSj vfrfFk lqbV~l dks eq[;

d{k izfof’V ij ,d ekLVj fu;a=.k midj.k gksxk tks lHkh LFkk;h :Ik ls LFkkfir can MCck

¼fjlsfIVdYl) vkSj izdk”k midj.kksa dks fu;af=r djrk gSaA

¼l½ dk;Z izdk”k% vyekjh ds varxZr LFkk;h :Ik ls LFkkfir vFkok dSfcusV izdk”k ds varxZr iwjd

dk;Z izdk”k midj.kksa ds fy, ,d fu;a=.k tks fd midj.k dk vfHkUu vax gksxk ;k nhokj

3249

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

ij yxk gqvk fu;a=.k midj.k }kjk fu;af=r fd;k tk,xk] c”krsZ fu;a=.k midj.k 6-2-1-2 ds

vuq:Ik gksA

¼n½ vn`'; izdk'k% vn`”; vuqiz;ksxksa ds fy, izdk”k O;oLFkk tSls fd ikS/kksa dh o`f) vkSj Hkkstu

xeZ djus ds fy,] buds fy;s ,d vyx fu;a=.k midj.k ls lqlfTtr fd;k tk,xkA

¼;½ izn'kZu izdk'k% izdk”k midj.k tks fd fcØh ds fy, ;k izdk”k O;oLFkk esa izn”kZu ds fy, gS

mUgsa ,d vyx fu;a=.k midj.k ls lqlfTtr fd;k tk;sxk tks dsoy vf/kd`r dfeaZ;ksa ds

fy, lqyHk gksxkA

6-2-2 fudkl ladsrd %

vkarfjd :Ik ls izdkf”kr fudkl ladsrd 5 okV izfr Qst+ ls vf/kd ugha gksuk pkfg,A

6-3

fooj.kkRed vko';drk,a %

6-3-1 vkarfjd izdk'k ÅtkZ %

,d Hkou ds fy;s LFkkfir vkarfjd izdk”k ÅtkZ vFkok ,d Hkou ds vyx ls iSekb”k ;k vuqes;

fgLls dks §6-3-4 ds vuqlkj x.kuk dh tk,xh vkSj §6-3-2 ;k §6-3-3 ds vuqlkj fu/kkZfjr vkarfjd

izdk”k ÅtkZ HkŸkk ls vf/kd ugha gksuk pkfg,A Hkouksa ds dqN fgLlksa ds chp vkarfjd izdk”k ÅtkZ

HkŸkk dk le>kSrs ls ftlds fy, x.kuk ds vyx&vyx rjhds iz;qDr fd;k x;k gks] bldh

vuqefr ugha gSA

6-3 ds viokn% vkarfjd izdk”k ÅtkZ HkŸks dk fu/kkZj.k djrs le; fuEufyf[kr izdk”k midj.kksa

vkSj vuqiz;ksxksa ij fopkj ugha fd;k tk,xk] u ghs ,slh izdk”k O;oLFkk ds fy, okV {kerk dks

LFkkfir vkarfjd izdk”k ÅtkZ esa “kkfey fd;k tk,xkA ;|fi] ,slh fdlh Hkh izdk”k O;oLFkk dks

NwV ugha nh tk,xh tc rd fd ;g lkekU; izdk”k ds vfrfjDr ugha gS vkSj ,d Lora= fu;a=.k

midj.k }kjk fu;af=r fd;k tkrk gSA

¼d½ izn”kZu ;k mPpkj.k izdk”k tks nh?kkZvksa] laxzgky;ksa] vkSj Lekjdksa esa lekjksg ds izn”kZu ds fy,

,d vko”;d rRo gS]

¼[k½ izdk”k tks midj.k ;k la;a= dk vfHkUu vax gS vkSj mls mlds fuekZrk }kjk LFkkfir fd;k

x;k gS]

¼x½ fpfdRlk ;k nar izfØ;kvksa ds fy, fo”ks’k :Ik ls cuk;s x, izdk'k midj.k vkSj izdk'k tks

fpfdRlk midj.kksa ds vfHkUu vax gSaA

¼?k½ Hkkstu xeZ djus vkSj rS;kj djus ds midj.k esa izdk'k midj.k ,d vfHkUu vax ds :i esaA

¼³½ ikS/kks dh o`f) ;k j[kj[kko ds fy, izdk”k O;oLFkkA

¼p½ us=ghuksa }kjk mi;ksx ds fy, fo”ks’k:Ik ls vfHkdfYir fjDr LFkku esa izdk”k O;oLFkkA

¼N½ [kqnjk izn”kZu f[kM+fd;ksa esa izdk”k O;oLFkk] c”krsZizn”kZu {ks= Nr dh ÅapkbZ okys foHkktu

lyaXu gks]

¼t½ vkarfjd fjDr LFkkuksa esa izdk”k O;oLFkk ftls fo”ks’k :I ls ,d iathd`r vkarfjd ,sfrgkfld

lhekfpà ds :i esa fufnZ’V fd;k x;k gS]

3250

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

¼>½ izdk”k foKkiu ;k funsZ”kkRed ladsrd dk ,d vfHkUu vax gS]

¼´½ fudkl ladsrd

¼V½ izdk”k tks fcØh ;k “kSf{kd izn”kZu iz.kkfy;ksa dks izdkf”kr djus ds fy, gS]

¼B½ ukVdh; mÌs”;ksa ds fy, izdk”k O;oLFkk] ftlesa izn”kZu] eap vkSj fQYe ;k ohfM;ksa mRiknu

“kkfey gS] vkSj

¼M½ [ksydwn [ksyus dk {ks= esa Vsyhfotu izlkj.k ds fy, LFkk;h lqfo/kkvksa ds lkFk A

6-3-2 Hkou {ks= iz.kkyh %

Hkou {ks= iz.kkyh }kjk vkarfjd izdk”k ÅtkZ HkŸkk ¼okV½ dk fu/kkZj.k fuEufyf[kr ds vuqlkj gksxk%

izR;sd mfpr Hkou {ks= izdkj ds fy, vuqer izdk”k ÅtkZ ?kuRo bZlhchlh Hkouksa ds fy, lkfj.kh

6&1 ls] bZlhchlh$ Hkouksa ds fy, lkfj.kh 6&2 ls] vkSj lqij bZlhchlh Hkouksa ds fy, lkfj.kh 6&3 ls

fu/kkZfjr djsA

¼v½ izR;sd Hkou {ks= izdkj ds fy, ldy izdkf”kr dkjisV {ks= dh x.kuk djsaA

¼c½ vkarfjd izdk”k ÅtkZ HkŸkk ml Hkou {ks= ds izdkj ds fy, izR;sd Hkou {ks= ds le; dh

vuqefr nh xbZ izdk”k ÅtkZ ?kuRo ds ldy izdkf”kr Q”kZ {ks= ds mRiknksa dk ;ksx gSA

lkfj.kh 6&1 bZlhchlh Hkouksa ds fy, vkarfjd izdk'k ÅtkZ & Hkou {ks= i}fr

Hkou dk izdkj

,yihMh ¼MCY;w@eh2½

Hkou {ks= izdkj

,yihMh ¼MCY;w@eh2½

dk;kZy; Hkou

9-50

pyfp= fFk;sVj

9-43

vLirkysa

9-70

Lakxzgky;

10-2

gksVysa

9-50

Mkd?kj

10-5

“kkWfiax eky

14-1

/kkfeZd Hkou

12-0

fo”ofo|ky; ,oa fo|ky;sa

11-2

[ksy dk v[kkM+k

9-70

iqLrdky;

12-2

Ifjogu

9-20

Hkkstu% ckj ykmat@foJke

12-2

Xksnke

7-08

Hkkstu% dkWQh gkml@QkLV QwM 11-5

dyk izn”kZu fFk;sVj

16-3

Hkkstu% ifjokj

10-9

iqfyl Fkkuk

9-90

“k;ux`g

9-10

dk;Z”kkyk

14-1

nedy LVs”ku

9-70

eksVj okgu lqfo/kk

9-00

O;k;ke”kkyk

10-0

lEesyu dsUnz

12-5

fofuekZ.k lqfo/kk

12-0

ikfdZax xSjkt

3-00

,sls ekeyksa esa tgka lkekU; Hkou {ks= izdkj ,oa fof”k’V Hkou {ks= izdkj nksuksa lwphc) gS] fof”k’V

Hkou {ks= izdkj ykxw gksxsaA

3251

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

lkfj.kh 6&2 bZlhchlh+$ Hkouksa ds fy, vkarfjd izdk'k ÅtkZ & Hkou {ks= i}fr

Hkou dk izdkj

,yihMh

¼MCY;w@

eh2½

Hkou {ks= izdkj

,yihMh

¼MCY;w@

eh2½

dk;kZy; Hkou

7-60

pyfp= fFk;sVj

7-50

vLirkysa

7-80

Lakxzgky;

8-20

gksVysa

7-60

Mkd?kj

8-40

“kkWfiax eky

11-3

/kkfeZd Hkou

9-60

fo”ofo|ky; ,oa fo|ky;sa

9-00

[ksy dk v[kkM-k

7-80

iqLrdky;

9-80

Ifjogu

7-40

Hkkstu% ckj ykmat@foJke

9-80

Xksnke

5-70

Hkkstu% dkWQh gkml@QkLV QwM

9-20

dyk izn”kZu fFk;sVj

13-0

Hkkstu% ifjokj

8-70

iqfyl Fkkuk

7-90

“k;ux`g

7-30

dk;Z”kkyk

11-3

nedy LVs”ku

7-80

eksVj okgu lqfo/kk

7-20

O;k;ke”kkyk

8-00

lEesyu dsUnz

10-0

fofuekZ.k lqfo/kk

9.60

ikfdZax xSjkt

2-40

,sls ekeyksa esa tgka lkekU; Hkou {ks= izdkj ,oa fof”k’V Hkou {ks= izdkj nksuksa lwphc) gS]

fof”k’V Hkou {ks= izdkj ykxw gksxsaA

lkfj.kh 6&3 lqij bZlhchlh+ Hkouksa ds fy, vkarfjd izdk'k ÅtkZ& Hkou {ks= i}fr

Hkou dk izdkj

,yihMh

¼MCY;w@

eh2½

Hkou {ks= izdkj

,yihMh

¼MCY;w@

eh2½

dk;kZy; Hkou

5-0

pyfp= fFk;sVj

4-7

vLirkysa

4-9

Lakxzgky;

5-1

gksVysa

4-8

Mkd?kj

5-3

“kkWfiax eky

7-0

/kkfeZd Hkou

6-0

fo”ofo|ky; ,oa fo|ky;sa

6-0

[ksy dk v[kkM-k

4-9

iqLrdky;

6-1

Ifjogu

4-6

Hkkstu% ckj ykmat@foJke

6-1

Xksnke

3-5

Hkkstu% dkWQh gkml@QkLV QwM

5-8

dyk izn”kZu fFk;sVj

8-2

Hkkstu% ifjokj

5-5

iqfyl Fkkuk

5-0

“k;ux`g

4-6

dk;Z”kkyk

7-1

nedy LVs”ku

4-9

eksVj okgu lqfo/kk

4-5

O;k;ke”kkyk

5-0

lEesyu dsUnz

6-3

fofuekZ.k lqfo/kk

6-0

ikfdZax xSjkt

1-5

3252

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

,sls ekeyksa esa tgka lkekU; Hkou {ks= izdkj ,oa fof”k’V Hkou {ks= izdkj nksuksa lwphc) gS] fof”k’V

Hkou {ks= izdkj ykxw gksxsaA

6-3-3 fjDr LFkku dk;Z i}fr %

fjDr LFkku dk;Z i}fr }kjk vkarfjd izdk”k ÅtkZ HkŸkk ¼okV½ dk fu/kkZj.k fuEufyf[kr ds vuqlkj

gksxk%

¼v½ bZlhchlh Hkouksa ds fy, lkfj.kh 6&4] bZlhchlh+$ Hkouksa ds fy, lkfj.kh 6&5 vkSj lqij

bZlhchlh Hkouksa ds fy, lkfj.kh 6&6 ls leqfpr Hkou dk izdkj vkSj vuqefr nh xbZ izdk”k

ÅtkZ ?kuRo dks fu/kkfZjr djsaxkA mu ekeyksa esa tgka ,d lkekU; fjDr LFkku izdkj vkSj

Hkou fof”k’V LFkku izdkj ds fy, lwphc) gS] Hkou fof”k’V fjDr LFkku izdkj ,yihMh ykxw

gksxkA

¼c½ izR;sd fjDr LFkku ds fy,] foHkktu 80 izfr”kr ;k Nr dh ÅpkbZ ls vf/kd f?kjk gqvk

foHkktu nhokj ds lkeus dks ekius }kjk ldy dkyhu {ks= dk fu/kkZfjr djsaA NTtk ;k vU;

iz{ski.k dk {ks= “kkfey djsaA [kqnjk fjDr LFkkuksa dks 80 izfr”kr foHkktu ÅapkbZ vko”;drkvksa

dk ikyu ugha djuk iM+rk gSA

¼l½ vkarfjd izdk”k ÅtkZ HkŸkk lHkh fjDr LFkkuksa ds fy, izdk”k ÅtkZ HkŸkk dk ;ksx gSA ,d

fjDr LFkku ds fy, izdk”k ÅtkZ HkŸkk ml LFkku ds fy, vuqefr fn;s x;s izdk”k ÅtkZ

?kuRo dh txg ds le; dk ldy izdkf”kr dkjisV {ks= dk mit gSaA

lkfj.kh 6&4 bZlhchlh Hkouksa ds fy, vkarfjd izdk'k “kfDr& foLrkj dk;Z i}fr

Js.kh

,yihMh

¼MCY;w@

eh²½

nhid Js.kh

,yihMh

¼MCY;w@

e^h2½

vke LFkku izdkj

foJke dejk

7.70

lh<+h dk jkLrk

5.50

HkaMkj.k

6.80

Xkfy;kjk@ikjxeu

7.10

lEesyu@cSBd

11.5

ykWch

9.10

ikfdZx

[k.M

¼<dk

gqvk@rg[kkuk½

2.20

ikfdZx jkLrk ¼<dk gqvk@

rg[kkuk½

3.00

fo|qr@;kafU=d

7.10

dk;Z”kkyk

17.1

O;olk;

layXu

10.0

[kqyk ;kstuk

10.0

cSafdax xfrfof/k {ks=

12.6

lsok@ ejEer

6.80

LokLF; ns[kHkky

vkikrdky

22.8

Oklwyh

8.60

ijh{k.k@mipkj

13.7

HkaMkj.k

5.50

ulZ LVs”ku

9.40

/kksch?kj@/kqykbZdjuk

7.50

fØ;k lapkyu dejk

21.8

Ikzrh{kky;@euksjatu

8.00

jksxh d{k

7.70

fpfdRlk vkiwfrZ

13.7

nok[kkuk

10.7

ulZjh

5.70

HkkSfrd fpfdRlk

9.70

Xkfy;kjk@ikjxeu

9.10

fodhj.k fpfdRlk@dYiuk

9.10

3253

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

vknj lRdkj

gksVy Hkkstuky;

9.10

gksVy ykWch

10.9

Ckkj ykmat@Hkkstuky; ds

fy,

14.1

eksVy Hkkstuky;

9.10

Hkkstu rS;kjh ds fy,

12.1

eksVy vfrfFk d{k

7.70

“kkWfiax dkWEisDl

Ekky lekxe

12.8

Ikfjokj ds fy, Hkkstuky;

10.9

fCkzØh {ks=

18.3

Hkkstu dh rS;kjh ds fy,

12.1

Pkyfp= flusek?kj

9.60

Ckkj ykmat@Hkkstuky;

14.1

f”k{kkRed

d{kk@O;k[;ku

13.7

dkMZ QkbZy vkSj lwphc)

9.10

d{kk ds fy,

13.8

LVsDl ¼ykbczsjh½

10.0

lHkk

lTtk d{k

9.10

cSBd

{ks=&dyk izn”kZu

fFk,Vj

22.6

izn”kZuh LFkku&lEesyu dsUnz

14.0

ykWch & dyk izn”kZu fFk,Vj

21.5

cSBd {ks=& O;k;ke”kkyk

4.60

cSBd {ks= & lEesyu dsUnz

6.40

LokLF; {ks= & O;k;ke”kkyk

13.70

/kkfeZd cSBd {ks= & Hkou

16.4

Lakxzgky; & lkekU; izn”kZuh

16.40

[ksy {ks= & O;k;ke”kkyk

18.8

Lakxzgky; & cgkyh

18.3

Lkkj.kh 6&5 bZlhchlh$ Hkouksa ds fy, vkarfjd izdk'k ÅtkZ&fjDr LFkku dk;Z i}fr

Js.kh

,yihMh

¼MCY;w@eh²½

nhid Js.kh

,yihMh

¼MCY;w@eh²½

vke LFkku izdkj

foJke dejk

6.10

lh<+h dk jkLrk

4.40

HkaMkj.k

5.40

Xkfy;kjk@ikjxeu

3.60

lEesyu@cSBd

9.20

ykWch

7.30

ikfdZx [k.M ¼<dk gqvk@

rg[kkuk½

1.75

ikfdZx jkLrk ¼<dk gqvk@

rg[kkuk½

2.50

fo|qr@;kafU=d

5.70

dk;Z”kkyk

13.7

O;olk;

layXu

8.60

[kqyk ;kstuk

8.60

cSafdax xfrfof/k {ks=

9.30

lsok@ ejEer

5.50

LokLF; ns[kHkky

vkikrdky

18.2

Oklwyh

7.00

ijh{k.k@mipkj

10.9

HkaMkj.k

4.40

ulZ LVs”ku

7.50

/kksch?kj@/kqykbZdjuk

6.00

fØ;k lapkyu dejk

17.5

Ikzrh{kky;@euksjatu

6.40

jksxh d{k

6.10

fpfdRlk vkiwfrZ

10.9

nok[kkuk

8.50

ulZjh

4.60

HkkSfrd fpfdRlk

7.80

Xkfy;kjk@ikjxeu

7.30

fodhj.k fpfdRlk@dYiuk

7.30

vknj lRdkj

gksVy Hkkstuky;

7.30

gksVy ykWch

8.80

3254

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

Ckkj ykmat@Hkkstuky; ds fy, 11.3

eksVy Hkkstuky;

7.30

Hkkstu rS;kjh ds fy,

12.1

eksVy vfrfFk d{k

6.10

gksVy vfrfFk d{k

7.30

“kkWfiax dkWEisDl

Ekky lekxe

10.2

Ikfjokj ds fy, Hkkstuky;

8.80

fCkzØh {ks=

14.6

Hkkstu dh rS;kjh ds fy,

12.1

Pkyfp= flusek?kj

10.3

Ckkj ykmat@Hkkstuky;

11.3

f”k{kkRed

d{kk@O;k[;ku

10.9

dkMZ QkbZy vkSj lwphc)

7.30

d{kk ds fy,

11.0

LVsDl ¼ykbczsjh½

14.6

Ikz;ksx”kkyk

12.1

iBu {ks= ¼iqLrdky;½

9.20

lHkk

lTtk d{k

7.30

cSBd {ks= &dyk izn”kZu

fFk,Vj

18.1

izn”kZuh LFkku&lEesyu dsUnz

11.2

ykWch & dyk izn”kZu fFk,Vj

17.2

cSBd {ks=& O;k;ke”kkyk

3.60

cSBd {ks= & lEesyu dsUnz

5.10

LokLF; {ks= & O;k;ke”kkyk

7.85

/kkfeZd cSBd {ks= & Hkou

13.1

Lakxzgky; & lkekU; izn”kZuh

11.3

[ksy {ks= & O;k;ke”kkyk

12.9

Lakxzgky; & cgkyh

11.0

Lkkj.kh 6&6 lqij bZlhchlh Hkouksa ds fy, vkarfjd izdk'k ÅtkZ & fjDr LFkku dk;Z i}fr

Js.kh

,yihMh

¼MCY;w@

eh2½

nhid Js.kh

,yihMh

¼MCY;w@

eh2½

lkekU; LFkku izdkj

foJke dejk

3-80

Lkh<+h iFk

2-70

Xksnke

3-40

Xkfy;kjk@ikjxeu

2-30

lEesyu cSBd

5-70

ykWch

4-60

ikfdZax [k.M ¼<dk gqvk@rg[kuk½

1-10

ikfdZx jkLrk ¼<dk gqvk@rg[kkuk½ 1-50

fo|qr@;kaf=dh

3-50

dk;Z”kkyk

8-60

O;olk;

layXu

5-40

[kqyk ;kstuk

5-40

cSafdax xfrfof/k {ks=

5-80

lsok@ ejEer

3-40

LokLF; ns[kHkky

Vkikrdky

11-4

Olwyh

4-40

ijh{k.k@mipkj

6-80

HkaMkj.k

2-70

ulZ LVs”ku

5-00

/kksch?kj@/kqykbZdjuk

3-80

fØ;k lapkyu dejk

10-9

Ikzrh{kky;@euksjatu

4-60

jksxh d{k

3-80

fpfdRlk vkiwfrZ

6-80

nok[kkuk

5-30

ulZjh

2-90

HkkSfrd fpfdRlk

4-90

Xkfy;kjk@ikjxeu

4-60

3255

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

fodhj.k fpfdRlk@dYiuk

4-60

vknj lRdkj

gksVy Hkkstuky;

4-60

gksVy ykWch

5-50

Ckkj ykmta @Hkkstuky; ds fy,

7-00

eksVy Hkkstuky;

4-60

Hkkstu rS;kjh ds fy,

7-50

eksVy vfrfFk d{k

3-80

gksVy vfrfFk d{k

4-60

“kkWfiax dkWEisDl

Ekky lekxe

6-40

Ikfjokj ds fy, Hkkstuky;

5-50

fCkzØh {ks=

9-20

Hkkstu dh rS;kjh ds fy,

7-50

Pkyfp= flusek?kj

6-50

Ckkj ykmat@Hkkstuky;

7-00

f”k{kkRed

d{kk@O;k[;ku

6-80

dkMZ QkbZy vkSj lwphc)

4-60

d{kk ds fy,

6-90

LVkWDl ¼ykbczsjh½

9-20

iz;ksx”kkyk

7-50

iBu {ks= ¼iqLrdky;½

5-70

lHkk

lTtk d{k

4-60

cSBd {ks= &

dyk izn”kZu

11-3

izn”kZuh LFkku&lEesyu dsUnz

7-00

ykWch & dyk izn”kZu fFk,Vj

10-8

cSBd {ks=& O;k;ke”kkyk

3-40

cSBd {ks= & lEesyu dsUnz

3-20

LokLF; {ks= & O;k;ke”kkyk

3-92

/kkfeZd cSBd {ks= & Hkou

8-20

Lakxzgky; & lkekU; izn”kZuh

5-65

[ksy {ks= & O;k;ke”kkyk

6-50

Lakxzgky; & cgkyh

5-50

uksV 6&1 vkarfjd izdk'k ÅtkZ dh x.kuk&LFkku dk;Z i}fr

,d pkj eaftyk Hkou esa Hkwry ij jhVsy gS vkSj “kh’kZ rhu eaftyksa ij dk;kZy;sa gSa] ftldk

{ks=Qy 3]600 oxZehVj gSA LFkku dk izdkj ,oa mlls lacaf/kr {ks=ksa dk mYys[k uhps fn;k

x;k gSA ,d bZlhchlh Hkou ds fy, LFkku dk;Z i}fr dk mi;ksx djrs gq, vkarfjd

izdk”k “kfDr HkŸkk dh x.kuk ds fy, pj.k uhps of.kZr gSA

izR;sd LFkku izdkj ds fy,] lkfj.kh 6&4 ls O;kolkf;d vkSj “kkWfiax dkWEIysDl Hkou izdkj ds

fy, lacaf/kr izdk”k ÅtkZ ?kuRo ¼,yihMh½ ewY;ksa dk iz;ksx fd;k tkrk gSA iwjh Hkou ds fy, izdk”k ÅtkZ

HkŸkk dk vuqeku yxkus ds fy, ,yihMh ewY;ksa ds lkFk {ks= dks xq.kk fd;k tkrk gSA ;g 40]055-5 okV gSA

lkfj.kh 6&7 LFkku izdkj] {ks= vkSj lacaf/kr ,yihMh,l

LFkku dk;Z

,yihMh ¼MCY;w@eh²½

{ks= ¼eh²½

Ikzdk”k “kfDr HkÙkk MCY;w½

dk;kZy;

dk;kZy; & layXu

10.0

720

7,200

dk;kZy;&[kqyh ;kstuk

10.0

1,485

14,850

cSBd d{k

11.5

120

1,380

3256

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

ykWch

7.1

660

foJke dejk

7.7

393

Ckjkenk

7.1

125

887.5

fo|qr@;kaf=d

7.1

Lkh<+h

5.5

462

dqy

25,931.5 W

[kqnjk

lkekU; fcØh {ks=

18.3

669

12,243

dk;kZy;&layXu

10.0

280

foJke dejk

7.7

Ckjkenk

7.1

561

lfØ; HkaMkj.k

6.8

632

Hkkstu dh rS;kjh

12.1

339

dqy

14,124

dqy Hkou

40,055.5 W

6-3-4 LFkkfir vkarfjd izdk'k ÅtkZ %

6-3 ds vuqikyu ds fy, LFkkfir vkarfjd izdk”k ÅtkZ dh x.kuk esa izdk'k midj.k ftlesa

nhidksa] /kkjk fLFkjd nhidk] nhidksa ¼cSykLV½] izdk”k midj.k] orZeku fu;kedksa] vkSj fu;a=.k midj.kks

lfgr izdk”k O;oLFkk }kjk iz;qDr lHkh iz;qDr ÅtkZ “kkfey gS]a flok; blds fd 6-1 esa fo”ks’krkSj ij NwV

nh xbZ gksA

6-3-4 dk viokn% ;fn ,d LFkku esa nks ;k nks ls vf/kd Lora=:Ik ls izdk”k O;oLFkk py jgh gS

rks ,d lkFk mi;ksxdrkZ dk;Zokgh jksdus ds fy, fu;af=r fd;k tkrk gS] rks LFkkfir vkarfjd izdk”k ÅtkZ

dsoy mPpre ÅtkZ ds lkFk izdk”k O;oLFkk ij vk/kkfjr gksxhA

6-3-4-1 izdk'k midj.k okV {kerk %

izdk'k midj.k dh izHkkodkfjrk 0-7 ;k mlls Åij gksxhA LFkkfir vkarfjd izdk”k ÅtkZ esa

“kkfey izdk'k midj.k okV {kerk fuEufyf[kr ds vuqlkj fu/kkZfjr dh tk,xh%

¼,½ m|fir izdk'k midj.k ¼,Y;wfeu,;j½ dk okVst e/;e csl lkdsV ds lkFk vkSj LFkk;h :i

ls LFkkfir cSykLV dk ,Y;wfeu,;j ds vf/kdre yscy okV {kerk rdA

¼c

¼l

¼M

6-3-5 ckg

fufnZ"V ç

6&9 ds eq

lkfj.kh 6&

Hkou ços

fcfYMax

bekjr eq

vkikrd

eq[kkSVk

Mªkboost

iSny py

lhf<+;ksa

ySaMLdsfi

vkmVMks

lkfj.kh 6&

ckgjh ç

Hkou ços

ch½ LFkk;h :

v‚ijsfVax

ç;ksx'kky

lh½ lHkh vU

gS,Y;wfeu

Mh½ ç.kkyh d

okVst t

okVst iz

MCY;@Q

lhfer f

gjh çdk'k ik

ckgjh çdk'k

çdk'k 'kfä l

eqdkcys vf/kd

&8 bZlhchlh

ckgjh

os'k ¼dSuksih d

os'k }kj ¼MCY

fudkl

eq[kkSVk

dkyhu ladsr]

t vkSj ikfdaZx

yus okyh ek

fiax

kj fcØh {ks=

&9 bZlhchlh

çdk'k mi;ksx

os'k ¼dSuksih d

os'k }kj ¼MCY

jkti=]

:i ls LFkkfi

x buiqV okV

yk fjiksVksaZ ds

U; fofo/k ,

u,;j dks fu

ds rkjksa dks

tks fd ,Y;wf

iz.kkyh ,Y;wfe

QhV½A vfHkU

fyfefVax fM

koj %

vuqç;ksxksa d

lhek] bZlhch

d ugha gksxh

h Hkouksa ds fy

jh çdk'k mi;

ds lkFk½

Y;w @vks dSu

,Vh,e fd;ks

x ¼[kqyh @c

kxZ

h$+ Hkouksa ds

xikoj

ds lkFk½

Y;w @vks dSu

fgekpy izns

fir cSykLV Y

Vst gksxkA v

ds ewY; gks l

,Y;wfeu,;j

fufnZ"V okV {

cnys fcuk ç

wfeu,;j ds

feu,;jks ds

Uu vf/kHkkj

fMokbl ds v

dh dusfDVfo

hlh + bekjrsa

hA vuqç;ksxksa

fy, ckgjh fc

i;ksxikoj

uksih½

ksLd]lqj{kk {ks

ckgjh½

fy, ckgjh

uksih½

ns'k] 05 tqyk

Y;wfeus;jksa d

vkijsfVax bu

ldrs gSaA

çdkj ds

{kerk ds cjk

çdk'k VªSd]

vfrfjä vkS

fofufnZ"V o

laj{k.k oky

vf/kdre jsVsM

foVh çdk'k

ds fy, Lkfj

k ds chp VªsM

fcfYMax ykbfV

{ks=ksa esa

fcfYMax ykb

kbZ] 2019@1

dh okV {ker

uiqV okVst

okV {kerk]

kcj gksxhA

Iyx&bu cl

kSj@;k LFkku

okVst dk cM

ys flLVe] t

M yksM ds 1

O;oLFkk] bZl

fj.kh 6&8 vkS

M&v‚Q dh v

fVax ikoj

10 W/m²

90 W/lin

60 W/lin

5.0 W/m²

1.0 W/ m

1.6 W/m²

2.0 W/ m

10.0 W/ m

0.5 W/ m

9.0 W/ m

bfVax ikoj

.0 W/ m² dS

2 W/linear m

4 vk"kk<+] 19

rk fufnZ"V nh

fuekZrkvksa d

tks , ;k

l&os] vkSj y

ukarfjr djus

M+k gksxk ;k

tSls fd ¶;

00% ij jsV

lhchlh Hkouks

kSj lqijbZlhch

vuqefr ugha

“kfDr

dSuksfiM {ks=

ear m njokt

m njoktk

² Å/kZ~ok/kj eq

m²

“kfDr

duksfiM {ks= d

m njoktk p

941

nhid@cSykLV

dh lwph ;k

esa o

yphyk&çdk'

us dh vuqefr

135 okV ç

;wt ;k lfd

V fd;k tk,x

ksa ds fy, L

chlh Hkouksa d

r lhek,a

= dk

tk pkSM+kbZ d

pkSM+kbZ dk

eq[kkSVk {ks= d

lhek,a,a

pkSM+kbZ dk

325

LV la;kstu d

Lora= ijh{k

of.kZr ugh o

'k O;oLFkk d

fr nsrs gSa] ;

çfr ehVj ¼4

fdZV czsdj] d

xkA

Lkfj.kh 6&7

ds fy, Lkfj.

k.k

oks

dks

esa

.kh

3258

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

fcfYMax fudkl

48 W/lin m njoktk pkSM+kbZ dk

bekjr eq[kkSVk

4.0 W/ m² Å/kZ~ok/kj eq[kkSVk {ks= dk

vkikrdkyhu ladsr],Vh,e fd;ksLd]lqj{kk {ks=ksa esa

eq[kkSVk

0.8 W/ m²

Mªkboost vkSj ikfdaZx ¼[kqyh @ckgjh½

1.3 W/ m²

iSny pyus okyh ekxZ

1.6 W/ m²

lhf<+;ksa

8.0 W/ m²

ySaMLdsfiax

0.4 W/ m²

vkmVMksj fcØh {ks=

7.2 W/ m²

lkfj.kh 6&10 lqijbZlhchlh Hkouksa ds fy, ckgjh fcfYMax ykbfVax ikoj

ckgjh çdk'k mi;ksxikoj

“kfDr lhek,a

Hkou ços'k ¼dSuksih ds lkFk½

5.0 W/ m² dSuksfiM {ks= dk

Hkou ços'k }kj ¼MCY;w @vks dSuksih½

45 W/linear m njoktk pkSM+kbZ dk

fcfYMax fudkl

30 W/lin m njoktk pkSM+kbZ dk

bekjr eq[kkSVk

2.5 W/ m² Å/kZ~ok/kj eq[kkSVk {ks= dk

vkikrdkyhu ladsr],Vh,e fd;ksLd]lqj{kk {ks=ksa esa

eq[kkSVk

0.5 W/ m²

Mªkboost vkSj ikfdaZx ¼[kqyh @ckgjh½

0.8 W/ m²

iSnypyusokyhekxZ

1.0 W/ m²

lhf<+;ksa

5.0 W/ m²

ySaMLdsfiax

0.25 W/ m²

vkmVMksj fcØh {ks=

4.5 W/ m²

7- fo|qr vkSj uohdj.kh; ÅtkZ ç.kkfy;ksa %

7-1 lkekU; %

lHkh fo|qr vkSj uohdj.kh; ÅtkZ midj.k vkSj iz.kkfy;kW §7-2 ds vfuok;Z vko';drkvksa dk vuqikyu

djsaxsA

7-2 vfuok;Z vko';drk,a %

7-2-1 VªkalQ‚eZj %

7-2-1-1 vf/kdre Lohdk;Z fo|qr VªkalQkeZj gkfu;ka %

mfpr jsfVax vkSj fMtkbu ds ikoj VªkalQkeZj dks pquk tkuk pkfg;s tks U;wure Lohdk;Z n{krk

50% vkSj iw.kZ Hkkj jsfVax ij iwjk dj ldsaA

Lohdk;Z dqy gkfu;kW ewY;ksa ls vf/kd ugha gksuh pkfg,&

3259

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

¼,½ 11 dsoh ls Åij ysfdu 22 dsoh ls de okys oksYVst Js.kh esa rsy çdkj VªkalQkeZj ds fy,

vkbZ,l 1180 esa mfYyf[kr vf/kdre dqy gkfu ekuksa dk 5%] gksuk pkfg;sA

¼ch½ 22 dsoh ls ij vkSj 33 dsoh rd okys oksYVst Js.kh esa rsy çdkj VªkalQkeZj ds fy, vkbZ,l

1180 esa mYysf[kr vf/kdre dqy gkfu ekuksa dk 7-5% gksuk pkfg;sA

¼lh½ 'kq"d çdkj VªkalQkeZj ds fy, lkfj.kh 7-1 esa ewY; lwphc) gSA

lkfj.kh 7&1 'kq"d çdkj VªkalQ‚eZj

jsfVax

¼dsoh,½

bEihMsUl

(%)

vf/kdre dqy gkfu;kW

¼ MCyw½

100

160

200

250

315

400

500

630

1000

1250

1600

2000

2500

4-5

5-0

6-25

bZlhchlh Hkou

50 % 100%

Hkkj Hkkj

bZlhchlh$ Hkou

50 % 100%

Hkkj Hkkj

lwijbZlhchlh Hkou

50 % 100%

Hkkj Hkkj

150 480

210 695

380 1]250

520 1]800

770 2]200

890 2]700

1]050 3]150

1]100 3]275

1]300 3]875

1]600 4]750

2]000 5]855

3]000 9]000

3]600 10]750

4]500 13]500

5]400 17]000

6]500 20]000

135

440

190 635

340 1]140

475 1]650

670 1]950

780 2]300

980 2]930

1]025 3]100

1]225 3]450

1]510 4]300

1]860 5]300

2]790 7]700

3]300 9]200

4]200 11]800

5]050 15]000

6]150 18]500

120 400

175 595

300 1]050

435 1]500

570 1]700

670 2]100

920 2]700

955 2]750

1]150 3]330

1]430 4]100

1]745 4]850

2]620 7]000

3]220 8]400

3]970 11]300

4]790 14]100

5]900 17]500

3260

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

mijksä lkfj.kh esa fn, x, dqy uqdlku ewY;ksa dks FkeZy oxZ bZ]ch vkSj ,Q ds fy, ykxw fd;k

x;k gS vkSj vkbZ,l ds /kkjk 17 ds vuqlkj lanHkZ rkieku ij Hkkj gkfu dk ?kVd gSA FkeZy oxZ ,p ds

fy, dqy ij 7% dh o`f) dh vuqefr gSA

lkfj.kh 7&2 rsy çdkj VªkalQ‚eZj ds fy, vuqKs; gkfu;ka A rsy çdkj VªkalQkeZj ds fy, dqy gkfu;ka

Hkkjrh; ekud vkbZ,l 1180 ds lkFk iqf"V djsxkA

jsfVax

¼dsoh,½

bEihMsUl

(%)

vf/kdre dqy gkfu;kW

¼ MCyw½

bZlhchlh Hkou

bZlhchlh$ Hkou

lijbZlhchlh Hkou

50% 100%

Hkkj

50 % 100%

Hkkj

50 % 100%

Hkkj

4-5 150

480

135

440

120

400

4-5 210

695

190

635

175

595

4-5 380

1250

340

1140

300

1050

100

4-5 520

1800

475

1650

435

1500

160

4-5 770

2200

670

1950

570

1700

200

4-5 890

2700

780

2300

670

2100

250

4-5 1050 3150

980

2930

920

2700

315

4-5 1100 3275

1025

3100

955

2750

400

4-5 1300 3875

1225

3450

1150 3330

500

4-5 1600 4750

1510

4300

1430 4100

630

4-5 2000 5855

1860

5300

1745 4850

1000

5-0 3000 9000

2790

7700

2620 7000

1250

5-0 3600 10750

3300

9200

3220 8400

1600

6-25 4500 13500

4200

11800

3970 11300

2000

6-25 5400 17000

5050

15000

4790 14100

2500

6-25 6500 20000

6150

18500

5900 17500

mijksDr lkfj.kh esa fn, x, dqy uqdlku ewY;ksa dks FkeZy oxZ bZ]ch vkSj ,Q ds fy, ykxw

fd;kx;k gS vkSj vkbZ,l 1180 dh /kkjk 17 ds vuqlkj lanHkZ rkieku ij Hkkj gkfu;k dk ?kVd gS]mnkgj.k

ds vuqlkj vkSlr okbZfMax rkieku o`f) lkfj.kh 8-2 ds d‚ye 2 esa nh xbZ gS] Iyl 300 lh gSA FkeZy

oxZ,p ds fy, dqy ij 7% dh o`f) dh vuqefr gSA

7-2-1-2 VªkalQkeZj gkfu;ksa dk ekiu vkSj fjiksfVaZx %

gkfu;ksa ds lHkh eki ds fy;s Js.kh 0-5 ;k csgrj lVhdrk ds dSfyczsVsM fMftVy ehVj dk mi;ksx

djsa] ftls fuekZrk }kjk çekf.kr fd;k x;k gSA 500 dsoh, vkSj Åij dh {kerk ds lHkh VªkalQkeZj dks

vfrfjä ehfVajx Dykl djsUV VªkalQkeZj ¼lhVh½ vkSj iksVsfU'k;y VªkalQkeZj ¼ihVh½ ls lqlfTtr fd;k

tk;sxk tks fd ;wfVfyfVt+ dh vko';drkvksa ls vfrfjDr gksxh] rkfd vkof/kd gkfu;kW dh fuxjkuh dj

v/;;u fd;k tk ldsA

7-2-1-3 oks

QhMj dk

fMtkbu y

7-2-2 Åt

eksVlZ fuE

¼,

¼c

¼l

¼M

¼b

¼p

¼t

7-2-3 Mht

vf/kd ds

¼,

ksYVst Mª‚i %

k oksYVst Mª‚i

yksM ij 3%

tkZ n{k eksVlZ

Eufyf[kr d

,½ 3 Qzst

vko';d

(i½ bZlhc

(ii½ bZlh

(iii½ lqi

ch½ 0-375 fd

gSa vkSj

ok;MZ i‚

vf/kd l

n{krk v

lh½ lkfj.kh

rqyuk es

Mh½ eksVj g‚

bZ½ eksVj use

p½ eksVj mi

nsuk pk

{kfrxzLr

n{krk B

eksVlZ ds

th½ izek.ki=

Hkh ,d

Hkkxksa dks

[kksus ls

le:i f

ty tsujsVj

chbZbZ LVkj js

Hkouksa esa Mh

,½ bZlhchlh

jkti=]

‚i fMtkbu y

% ls vf/kd

lZ %

dk vuqikyu

baMD'ku eks

drkvksa dks iwj

chlh Hkouksa e

hchlh$ Hkou s

ijbZlhchlh H

fdyksokV ;k

çfr o"kZ 15

i‚yhQkst eksV

lapkfyr gksus

vkbZ,l 12615

esa lwphc)

esa vf/kd gksu

‚lZikoj jsfVax

e IysV ij u

i;ksxdrkZvksa

kfg,A vxj

r eksVj dks

BaM ls cpk

ds fy, chbZbZ

= çkIr fd,

eksVj dh jh

dks gVkus ds

cpk;k tk

fjd‚MZ cuk,

¼Mhth½ lewg

jsVsM Mhth

hth lsV dk

h Hkou esa U;w

fgekpy izns

yksM ij 2%

ugha gksuh p

djsxk %

kVlZ Hkkjrh;

wjk djsaxs%

esa vkbZbZ 2 ¼m

uksa esa vkbZbZ 3

Hkouksa esa vkbZ

vf/kd dh l

00 ?kaVs ls v

VlZ 50 fdy

us dh mEehn

5 ds uohur

eksVj gklZi

uk gksxkA

x dh x.kuk

uksfeuy iw.kZ&

dks fdlh H

mfpr jhok

u;s vkSj T;

tk lds t s

b fn'kkfunsZ'k

tk,axs vkSj

jhokbafMax gksr

nkSjku FkeZy

ldsA fjokba

, j[kk tk,x

wg lsUVj %

lsVksa dk mi

mi;ksx gksx

;wure 3 LVkj

ns'k] 05 tqyk

% ls vf/kd

pkfg,A

; ekud ¼vk

¼mPp n{krk½

3 ¼fçfe;e n

bZbZ 4 ¼lqij ç

lHkh LFkk;h :

vf/kd lapkf

yksokV ;k vf

n gS] eksVjksa

re laLdj.k e

ikoj ds vy

dh x;h vf

&Hkkj eksVj n

Hkh fjokbafMax

kbafMax çFkkv

;knk n{k eks

tks izk:ih fj

dh jhokbafMa

fjd‚MZ j[kk

rk gS] rks m

y vkSj ;kaf=d

bafMx djus d

xkA

i;ksx lHkh

xkA

kj jsfVax

kbZ] 2019@1

ugha gksuh p

kbZ,l½ 1261

oxZ ;k mPp

n{krk½ oxZ ;

çhfe;e n{kr

:i ls ok;M

fyr gksus dh

f/kd dh lso

ds ikl U;wu

esa fufnZ"V Lr

yx eksVjksa d

f/kdre Hkkj

n{krk vkSj iw

x eksVlZ ds f

vksa dk vk'

ksVj ls cny

fjokbaM izFkkv

Max çFkkvksa d

tk;sxk] ftl

mi;qDr mik;

d ruko ds

ds ckn] ,d

vuqikfyr H

4 vk"kk<+] 19

pkfg,A 'kk[k

15 ds vuq:

p Js.kh ds e s

;k mPp oxZ d

rk½ oxZ ds e s

MZ i‚yhQsl e

dh mEehn gS

ok ns jgs gSa

ure Lohdk;

rjksa ls de u

dks vxys l

ds 20%ls v

iw.kZ&Hkkj tk

fy, mfpr j

'oklu ugha

yk tkuk pkf

vksa ds mi;ksx

dk ikyu fd;

lesa eksVj n

; fd;s tkus

dkj.k eksVj

ubZ n{krk

Hkouksa esa gksx

941

[kk lfdZV dk

:i gksaxs vkSj

eksVlZ gksaxs

ds eksVlZ gksax

eksVlZ gksaxs

eksVlZ Hkou

vkSj lHkh L

vkSj çfr o"

;Z ukWfeuy i

ugha gksuh pk

lwphc} dsMC

vf/kd ugha g

kZ ?kVd lwph

jhokbafMax ç

fn;k tk l

fg;s] ftlls

x ls gksrh

;k tk,xkA

n{krk dk lads

us pkfg;s] ft

j dh eq[; f

ijh{k.k fd;

xkA 20]000

326

dk oksYVst Mª‚

j fuEu n{kr

esa lsok ns j

LFkk;h :i l

"kZ 500 ?kaVs l

iw.kZ Hkkj eksV

kfg;sA

CY;w eksVj d

gksuh pkfg,A

hc) djsaxsA

çFkkvksa ij t s

ldrk gS] r

fd egRoiw

gSA ÅtkZ n

dsr gksxkA t

tlls {kfrxzL

fo'ks"krkvksa d

;k tk,xk vkS

oxZ ehVj l

‚i

jgs

tksj

rks

iw.kZ

n{k

dks

vkSj

3262

¼c

¼l

7-2-4 tkap

¼,

¼c

¼l

¼M

Lkfj.kh 7&

fo|qr Hkkj

ÅtkZ dsM

ekax dsoh,

dqytkZ ?k

fo|qr Hkkj

,poh,lh

vkarfjd v

?kjsyw xeZ

Iyx yksM

v{k; Åt

'k‚fiax d‚

O;kikj

ch½ bZlhchlh

lh½ lqijbZlh

p&ehfVafjax v

,½ lsok;sa t

¼dsoh,½]

Qs+st esa

fo:i.k

ch½ lsok;sa t

ehVfjax

,p-½ dks

lh½ lsok;sa t

:i ls f

Mh½ fdjk;snk

çR;sd fd

&3 lc ehVf

j ds ehVfjax

MCY;w,p

kVd

j ds foHkktu

ç.kkyh vkSj

vkSj ckgjh ç

ikuh

tkZ lzksr

Åij of

d‚EIysDl

jkti=] fg

h$ Hkou esa U

hchlh Hkou e

vkSj e‚fuVfj

tks 1000 ds-o

ÅtkZ ¼dsMC

vkSj uwV y½]

¼Vh-,p-Mh½-

tks 65 dsoh,

dks fjdkMZ e

ks fjdkMZ djs

tks 65 dsoh,

fo|qr ehVfjax

kj vk/kkfjr

fdjk;snkj lso

fjax vko';d

x ds fy, U;w

u ds fy, U;

j ?kVdksa

çdk'k

f.kZr vko';d

fgekpy izns'k

U;wure 4 LV

esa U;wure 5

fjax %

oh-,- ls vf/k

CY;w,p½] vkSj

] oksYVst ¼Qs

tks dqy djs

, ls vf/kd

ekax ¼ds-MCY;

jxkA

, ls vf/kd

x ds fy, L

Hkou ds eke

okvksa dks lay

drk,a

120 ds

;wure vko';

drkvksa ds v

k] 05 tqykbZ]

Vkj jsfVax

LVkj jsfVax

kd gS rks LFk

j dqy tkZ

Qst ds chp

jsUV ds izfr'

vkSj 1000 d

;w-½] ÅtkZ ¼ds

ugha gSa mue

LFkkfir fd;k

eys esa] ,d

yXu dj ld

dsoh, ls 250

;d;sa

vko';

;drk

visf{kr

vko';d

visf{kr

vuqlkj Hkou

eq[kkSVk çd

MsVk ds

2019@14

kk;h :i ls

?kVd dks f

vkSj izR;sd

'kr ds :i es

dsoh, ls de

ds-MCY;w-,p-½]

esa ÅtkZ ds

k gksxkA

LFkku ij eh

drk gksA

dsoh,

ugha

çdkj ds fy

çdk'k

dsaæ

vk"kk<+ 1941

LFkfir fo|qr

fjdkMZ djsx

Qst ds chp

esa iznf'kZr gks

e gSa rks LFkk

vkSj dqy t

fjd‚fMaZx ¼ds

hVfjax çnku

250 dsoh,

y, vfuok;Z

fy¶V],

r ehVfjax t

xkA ehVfjax

p esa½] vkSj

kxkA

k;h :i ls L

tkZ ?kVd ¼;

dsMCY;w,p½ d

u dh tkuh p

, ls vf/kd

vko';d

visf{kr

vko';drk,a

,LdsysVj]xfr

eksfox ckD

tks fjd‚MZ eka

djsUV ¼izR;sd

dqy gkeksZfud

LFkkfir fo|q

;k ds-oh-,-vk

ds fy;s LFkk;

pkfg, tgka l

fr'khy lSj

kax

|qr

kj-

vfrF;

gksVy ds

7-2-5 fo|q

¼,

¼c

¼l

7-2-6 fo|q

¼,

¼c

¼l

tk,xhA

7-2-7 vçf

vf/kd g s

vko';dr

bZlhchlh]

vko';dr

7-2-8 uoh

lHkh Hkou

7-2-8-1 uo

vfrfFk d{k

|qr ?kVd iko

lHkh 3 Qst+ v

,½ bZlhchlh

ch½ bZlhchlh

lh½ lqijbZlh

|qr forj.k ç

fo|qr dscy d

,½ bZlhchlh

ch½ bZlhchlh

lh½ lqij bZl

gkfu;ksa ds fy

frjks/; fo|qr

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bZlhchlh$+

rk,a %

20<

hdj.kh; Åt

uksa Nrksa ;k l

ohuhdj.k Å

jkti=]

vkSj vLirk

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h Hkou ds fy

Hkou ds

hchlh Hkou d

ç.kkyh %

dks vkdkj fn

h Hkouksa esa dq

h$ Hkouksa esa

lhchlh Hkouks

fy, fMtkbu

r vkiwfrZ ¼;wi

esa] ;wih,l l

A chbZbZ }kj

kd çkFkfedr

] lqij bZlh

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dsoh, < 20

<= dsoh, <=

dsoh, > 100

tkZ ç.kkfy;ksa

lkbV ij Hkfo

ÅtkZ mRiknu

fgekpy izns

ky esa jksxh {

lq/kkj %

?kVd dks d

fy, 0-97

fy, 0-98

ds fy, 0-99

fn;k tk,xk

dqy fo|qr m

dqy fo|qr

ksa esa dqy fo|

x.kuk dk

wih,l½ %

lkfj.kh 7&4

jk fdlh e

rk nh tk,xh

lhchlh Hkouks

= 100

fo"; esa v{k;

u {ks= ¼vkjbZt

ns'k] 05 tqyk

okf.kfT;d

{ks=ksa esa çdk'

dusD'ku ds fc

rkfd forj.

mi;ksx dk 3

ds mi;ksx d

|qr ds mi;ks

fjd‚MZ cuk

esa lwphc)

ekud vkSj

ksa ds fy,

100

; ÅtkZ ç.kkfy

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kbZ] 2019@1

jlksbZ

'k mi&ehVfj

fcanq ij fuEu

.k gkfu;kW vf

dk 2%

ksx dk 1%

k, j[kk tk,

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yscfyax dk

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0% Hkkj ij

fy;ksa dh LFkk

4 vk"kk<+] 19

fjax vko';d

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rk vko';dr

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fy, lkfj.

ÅtkZ n{krk

90.2

91.9

93.8

kiuk ds fy,

941

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, j[ksaxs%

x.kuk iSuy

rkvksa ds cjk

bl vuqHkkx

.kh 7&4 esa

k vko';drk

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Dr gksxsaA

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vkWCtsDV

lh½ bZlhchlh

vko';d

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rk %

vykok lHkh H

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jkti=] fg

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de 2% ;k dqy

;kZIr {ks=] tks

tsM viuh l

Vl~ }kjk Nk;

h$+ vkSj lqi

drkvksa dks iwj

iokn% lkSj x

lh$+ Hkou d

Hkou çdkj

eh²

blhchlh Hkou

Hkou çdkj

eh²

h²

lsok iSuy %

lsok iSuy i

lfdZV czsdj

lhekadu %

fgekpy izns'k

lefiZr vkj

y pksVh ekax

k Hkh de gks

lhekvksa ds Hkh

;k ls <ds t

ijbZlhchlh

wjk djsxkA

xeZ ikuh vkSj

ds fy, U;wu

u ds fy, U

ij U;wure js

dh LFkkiuk

k] 05 tqykbZ]

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x ds 1% ;k H

khrj fdlh H

tkus ls Hkh eqD

Hkou lkfj.k

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ure lksyj

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U;wure lksy

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ds fy, tx

2019@14

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Dr gksxkA

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tksu {ks=@u

jbZthtsM esa

y fo|qr Hkkj

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y fo|qr Hkkj

r dh tk,xh

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vk"kk<+ 1941

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ls eqä gksxk

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[email protected];

U;wure fo|q

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xhA Hkfo"; d

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7&6 esa lwph

ds lkFk ifj;

; ÅtkZ mRi

|qr mRiUu d

e 2%

e 3%

; ÅtkZ mRi

|qr mRiUu d

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hc) vfrfjä

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djuk

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ekU;rkçkIr L

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uqç;ksx ogkW gS

gSa

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esa o`f} fuekZ.

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gS] tgka gj

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vkSj ehVfjax

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i ç.kkyh dks

y fMtkbu Hk

kj] vkSj v{kka

ds ç;kstuksa ds

bl dksM ds

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= ¼,th,½-&

gSA fuekZ.k L

oy eafty Lr

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A ijh{k.k ç;

fir Hkou vko

fuax vkSj daMs

j Lisl rkie

gS tgka mid

fdlh Hkh ifj

.k ;k fuekZ.k

vkSlr ¼,MCY;

MsVk fcanq ds

kj ds vk/kkj

krk gSA {ks=

r {ks= ds lkF

¼MsVk fiaV ×

fgekpy izns

j fuekZ.k nLr

x midj.k ds

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k'k %

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lHkh vuqHkkx

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ns'k] 05 tqyk

rkostksa esa lad

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lkFk ,d nwlj

M ls uylkt

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ls Loh—r v

d Hkou ds l

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kx'kkyk esa i

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j ,d Hkou

b;ka daI;wVj

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esa duMqV i

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tu 'krksaZ dks

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;s-&&,;j daM

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tu dk ;ksx

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ftr fd;k x

941

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]

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;k mRiknd

k varjkZ"Vªh;

= esa foLrkj

dMh'kfuax mi

ku djrk gSA

khryu ij iz

u ;k blds

ek/; dh

xnku djuk;

xnku djrk

izR;sd MsVk f

x;k gSA

326

ds fy, ekxZ]

ifjHkkf"kr fd

ugha fd;k x;

gSaA

{ks= gS tks fd

xkA ,d eafty

l Åij gSA

d ;k miHkksä

laxBuksa }kj

;k o`f)A

idj.k tks ,d

A MsVk dsaæksa

i/kkurk gkfl

iz.kkyh vkS

vo/kkj.kk i

; çR;sd MsV

gS] ftl MsV

fcUnq dks ;ks

äk

kjk

esa

vkSj

3266

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

[kxksyh; le; fLop-&&,d Lopkfyr le; fLop tks fnu dh yackbZ ds fy, ,d lek;kstu

djrk gS] D;ksafd ;g o"kZ ds nkSjku fHkUu gksrk gS

çkf/kdj.k {ks=kf/kdkjh-&&bl ekud dks ykxw djus ds fy, ,tsalh ;k ,tsaV ftEesnkj gksxsaA

larqyu] ok;q ç.kkyh-&&MailZ] fLIyVj oSu] ,DlVªSDVlZ vkfn dh fLFkfr dks eSU;qvy :i ls

lek;ksftr djds] ;k Lor% fu;a=.k midj.kksa tSls fd fujarj ,;j o‚Y;we ;k ifjorZuh; ,;j okY;we cDl

dk mi;ksx djds gok forj.k ç.kkyh midj.kksa] tSls ia[kksa vkSj fM¶;wtj ds tfj;s ,;j¶yks njsa lek;ksftr

djukA

cSysaflax] gkbMªksfud iz.kkyh-&&gkbMªksfud forj.k ç.kkyh midj.kksa] tSls iai vkSj d‚Ãy ls ;k

eSU;qvy :i ls fLFkfr okYo dk lek;kstu djds ;k Lor% çokg fu;a=.k okYo tSls Lopkfyr fu;a=.k

midj.kksa ds mi;ksx ds ek/;e ls ikuh ds çokg dh njksa dks lek;ksftr djukA

cSykLV-&&bysfDVªd&fMLpktZ ySai ds lkFk la;kstu ds :i esa bLrseky fd;k tkus okyk fMokbl

tks nhid dks oksYVst] djaV] rjax] bysDVªksM rki] vkfn dh mfpr lfdZV ifjfLFkfr;ksa esa 'kq: djus vkSj

lapkfyr djus dk dkj.k curk gSA

ekud fMtkbu-&&okLrfod Hkou fMtkbu ds vk/kkj ij ,d dkYifud Hkou dk ,d daI;wVj

e‚My] tks lHkh vfuok;Z vko';drkvksa dks iwjk djrk gS vkSj de ls de bZlhchlh ds fooj.kkRed

vko';drkvksa ds vuq:i gSA

c‚;yj-&&Hkki ;k xeZ ikuh dh vkiwfrZ ds fy, ,d vkRe&fufgr de ncko midj.k

Hkou ;k Hkou d‚EIysDl ;k d‚EIysDl-&&ckgjh nhokjksa ds Hkhrj] ;k ckgjh vkSj ikVhZ nhokjksa ds

Hkhrj lEiw.kZ ;k vkaf'kd :i ls ,d lajpuk] vkSj ,d Nr] O;fä;ksa] tkuojksa] ;k laifÙk;ksa ds fy, vkJ;

ds laca/k esaA Hkou d‚EIysDl dk vFkZ gS fd O;fä;ksa ;k O;fä;ksa ds lewg ;k fdlh lgdkjh lewg lekt

ds uke ds rgr ;k ,d O;fä ds lewg ds LokfeRo ds rgr O;kikj] okf.kfT;d] laLFkkxr] LokLF; lsok]

vkfrF; ds ç;kstuksa ;k lHkkxkj Hkouksa ds fy, ;k ,d fudVorhZ {ks= esa Hkou dk ;k Hkouksa ds lewg dk

fuekZ.k tks dh iês ij vkSj vU; O;kolkf;d mís';ksa ds fy, nqdkuksa ;k dk;kZy; ifjlj ;k LFkku ds :i

esa csps tkus ij] ftudk fuekZ.k {ks=Qy 750 oxZeh- ;k blls vf/kd gksA

Hkou] csl-&&fcfYMax LVªDpj] Hkou vkoj.k] lkekU; {ks=ksa] ifjlapj.k {ks=] ikfdaZx] ry?kj lsok,a

{ks=] IykaV :e vkSj mlds lg;ksxh {ks=ksa vkSj [kqys ifj;kstuk LFky {ks= 'kkfey gSaA

Hkou] dksj vkSj 'ksy-&&Hkou tgka Msoyij ;k ekfyd dsoy vk/kkj Hkou vkSj bldh lsok,a çnku

djsxk LFkkfir Hkou% ,d Hkou ;k fgLls ftldk iwoZ esa dCtk dj fy;k Fkk ;k izkf/kdj.k {ks=kf/kdkjh }kjk

vf/kHkksx ds fy, eatwjh ns nh FkhA

Hkou vkoj.k-&&,d v/kZ&ckgjh Hkou ds ckgjh Hkkx ds vykok ckgjhA Hkou vkoj.k vko';drkvksa

dks fu/kkZfjr djus ds ç;kstuksa ds fy,] oxhZdj.k fuEukuqlkj ifjHkkf"kr fd, x, gSa%

¼,½ Hkou vkoj.k] ckgjh-&&,d Hkou ds rRo tks cká ls okrkuqdwfyr LFkku ls vyx djrs gSa

¼ch½ Hkou vkoj.k] v/kZ&ckgjh-&&,d Hkou ds rRo tks fd xSj okrkuqdwfyr LFkku dks

okrkuqdwfyr LFkku ls vyx ;k tks fd vnZ~/k&xeZ LFkku ds ek/;e ls FkeZy ÅtkZ ckgjh ;k ckgjh LFkku

ls] ;k xSjokrkuqdwfyr LFkku ls ;k ckgj ls LFkkukarfjr gks ldrh gS] ;k okrkuqdwfyr fjä LFkku ls ;k

ckgjh LFkku lsA

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dk vuqikr] fL

fof'k"V Hkkx

çn'kZu dh xq

daçslj lfgr

ds rgr

lkekU; {ks=-&

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djus dh ea'k

fd;k tkrk

fuekZ.k] vkSj

,½ xzqi I- 2

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ds fnu esa 12

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326

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kvksa ds vuqlk

vlsacyh vkSj

dks doj dj

{kk

eksa

gSa%

dks

'khZ

esa

iqV

lkj

jus

3268

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

vuqikyu nLrkost-&&bu fu;eksa dk vuqikyu vkSj tkap djus ds fy, bZlhchlh fu;eksa vkSj

fofu;eksa esa fufnZ"V :iksaA buesa bZihvkbZ vuqikr vuqikyu fjiksVZ] Hkou vkoj.k vuqikyu Q‚eZ] ;kaf=d

iz.kkyh vuqikyu Q‚eZ vkSj ijfeV psdfyLV] izdk'k iz.kkyh vuqikyu Q‚eZ vkSj ijfeV psdfyLV vkSj

ekStwnk ;k çLrkfor Hkouksa ds fy, çekf.kr ÅtkZ ys[kkijh{kd ls çek.k i= 'kkfey gSaA

dusDVsM Hkkj-&&fdyksokV ¼dsMCY;w½ ds lanHkZ esa Hkou ;k Hkou ds fuekZ.k ds dqN fgLlksa] midj.kksa]

mi;a=® vkSj ;a=® ds jsVsM okVst dk ;ksx gksxkA çLrkfor Hkou ;k Hkou lewg iwjk gksus ij fctyh ds

[kir ds fy, lHkh vkosndksa dks vkoafVr fd, tk,axsA

vuqca/k dh ekax-&&fdyksokV ¼fdyksokV½ ;k fdyks oksYV ,Eih;j ¼dsoh,½ esa vf/kdre ekax

¼miHkksäk ds Loh—r Hkkj ds vUnj½ miHkksäk vkSj ;wfVfyVhl ;k fctyh çnkrk ds chp fu"ikfnr le>kSrs

esa fctyh çnkrk ;k ;wfVfyVhl }kjk vkiwfrZ dh tkus ij lgefr O;ä dh xbZ FkhA

fuekZ.k nLrkost-&&fp= ;k nLrkost] ftlesa Hkou fuekZ.k çfØ;kvksa vkSj vuqeksnu] fuekZ.k lkexzh

vkSj midj.k fofunsZ'k] okLrqfo/k laca/kh fooj.k vkfn ls lacaf/kr lwpuk,a gSa] tks çkf/kdj.k {ks=kf/kdkjh }kjk

vko';d gksxkA

fu;a=.k ;k fu;a=.k midj.k-&&eSU;qvy :i ls lapkfyr ;k Lor% ;a= ;k Hkou midj.k ds

lapkyu dks fofu;fer djus ds fy, l‚¶Vos;jAdwy :Q% Nr dh Åijh ijr dh lkexzh ftlesa mPp lkSj

çfrfcac vkSj mPp rkih; mRltZu xq.k gSaA dwy Nr® dh lrgksa dks gYds jaxksa esa gksuk mudh fo'ks"krk gS

rkfd xehZ dks i;kZoj.k esa okil Hkstk tk ldsA

lap;h fMtkbu bZihvkbZ-&&,d Hkou ds fy, ÅtkZ çn'kZu lwpdkad ftlesa nks ;k vf/kd fofHkUu

dk;kZRed mi;ksx gksrs gSa vkSj {ks= osVsM vkSlr ¼,MCY;w,½ i)fr ds vk/kkj ij x.kuk dh tkrh gSA

MsykbV {ks=-&&{kSfrt QsfuLVs'ku ¼LdkbZykbV½ ds uhps ;k Å/kZ~ok/kj QsfuLVs'ku ¼f[kM+dh½ ds

vkl&ikl] çdk'keku Q'kZ {ks=] fuEukuqlkj of.kZr gSA

¼,½ {kSfrt QsfuLVs'ku-&&0-001 ¼0-1%½ ls vf/kd çHkkoh ,ipZj ds lkFk LdkbykbV] e‚fuVj ;k

'kksVkVksFk d‚fUQxjs'ku ds rgr {ks=A MsykbV {ks= dks ml fn'kk esa 'kh"kZ ,ipZj vk;ke ds cjkcj çR;sd

fn'kk esa {kSfrt vk;ke ds :i esa x.kuk dh tkrh gS] lkFk gh LdkbZykbV~l ds fy, Q'kZ ls Nr dh Å¡pkbZ

¼,p½ ;k e‚fuVlZ ds fy, 1-5 ,p] ;k vkblVksFk d‚fUQxjs'ku ds fy, ,p ;k 2 ,p ];k utnhdh 1 ehVj

;k mPp vikjn'khZ foHkktu dh nwjh] ;k fudVLFk LdkbykbV ;k Å/kZ~ok/kj Xysftax ls nwjh] tks fd de ls

de gS] dh ;kstuk vkSj vuqHkkx ds uhps fn, x, vkadM+ksa ds vuqlkj nh xbZ nwjhA

3270

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

fMekaM daVªksy osafVys'ku ¼Mhlhoh½-&&,d osafVys'ku flLVe dh {kerk tks fMtkbu nj ds uhps

ckgjh gok dk lsou esa Lopkfyr deh çnku djrh gS] tc flLVe }kjk dh tkus okyh fjä LFkku dk

okLrfod vf/kHkksx fMtkbu vf/kHkksx ls de gSA

fMtkbu {kerk-&&fMtkbu dh fLFkfr esa ,d ;kaf=d ;k bysfDVªdy iz.kkyh ;k midj.k dh

vkmViqV {kerkA

fMtkbu dh fLFkfr-&&rkieku] vknZzrk vkSj izdk'k rhozrk tSls fufnZ"V buMksj i;kZoj.kh; fLFkfr;ka]

tks fdlh iz.kkyh }kjk mRikfnr vkSj cuk, j[kus dh vko';drk gksrh gSa vkSj ftlds rgr iz.kkyh dks

lapkfyr djuk pkfg,

forj.k ç.kkyh-&&Hkou esa fctyh ;k xeZ ikuh ;k gok dh vkiwfrZ ds fy, usVodZ ;k iz.kkyh

ftlesa ;a= ;k midj.kksa vkSj forj.k pSuy ¼dscy] d‚Ãy] ufydk,a] ikbi bR;kfn½ dk mi;ksx gksrk gksA

}kj-&&lHkh v‚ijsfVax vksifuax {ks=®] Hkou vkoj.k ftlesa vk/ks ls vf/kd Xykl ugha gSa] ,d

fLoafxax vkSj jksy&vi njokts] Qk;j njokts] vkSj ,Dlsl gsVsl lfgrA Hkou vkoj.k vko';drkvksa dks

fu/kkZfjr djus ds ç;kstuksa ds fy,] njoktk çdkj fuEukuqlkj ifjHkkf"kr fd, x, gSa%

¼,½ njoktk] xSj fLoafxax-&&jksy&vi LykbfMax] vkSj vU; lHkh njokts tks fLoafxax ugha gSa

¼ch½ njoktk] fLoafxax-&&,d rjQ Vkaxus okyh vkijsfVax vikjn'khZ iSuy vkSj vikjn'khZ ?kweus

okys njoktsA

njoktk {ks=-&&njokts ds dqy {ks=Qy dks eksVs rkSj ij [kksyus vkSj njoktk LySc vkSj Ýse lfgr

dk mi;ksx djds ekik tkrk gSA

bdksuksebZtj ok;q-&&Lor-&fu;a=.k ds lkFk ,d MDV vkSj MaSEilZ O;oLFkk tks fd 'khryu ç.kkyh

dks gYds ;k BaM ds ekSle ds nkSjku ;kaf=d BaMk djus dh vko';drk dks de djus ;k lekIr djus ds

fy, ckgjh gok dh vkiwfrZ djus dh vuqefr nsrh gSA

bdksuksebZtj ikuh-&&,d ç.kkyh ftlds }kjk ,d 'khryu ç.kkyh dh vkiwfrZ gok vçR;{k :i ls

ikuh ls BaMh gks tkrh gS tks fd ;kaf=d BaMk djus ds fcuk gh okrkoj.k esa xehZ ;k cM+s iSekus ij

LFkkukarj.k }kjk BaMk gks tkrh gSA

bZlhchlh Hkou-&&,d Hkou tks §4 ls §7 dh vfuok;Z vko';drkvksa dk vuqikyu djrh gS vkSj

bZlhchlh dh Jsf.k;ksa ds rgr §4 ls §7 ds fooj.kkRed fu;eksa ds vuqlkj ;k §9 dh lEiw.kZ Hkou izn'kZu

vuqikyu i)fr dk vuqikyu djrh gSA

bZlhchlh$ Hkou-&&,d Hkou tks §4 ls §7 dh vfuok;Z vko';drkvksa dk vuqikyu djrh gS vkSj

bZlhchlh dh Jsf.k;ksa ds rgr §4 ls §7 ds fooj.kkRed fu;eksa ds vuqlkj ;k §9 dh lEiw.kZ Hkou izn'kZu

vuqikyu i)fr dk vuqikyu djrh gSA ;g bZlhchlh vuqikyu dk LoSfPNd Lrj gSA

izHkkoh ,ipZj-&&n`’;eku izdk'k laizs”k.k ×foaMks&Vw&okWy vuqikr- (b, =oh,yVh × MCY;wMCY;wvkj½

çHkkoh ,ipZj] {kSfrt QSfuLVs'ku-&&{kSfrt QfuLVs'ku ¼fLdbZykbV~l½ ds ek/;e ls ,d Lisl esa

ços'k djus okys fnu ds izdk'k dh ek=kA ;g fLdkbZykbVl~ {ks= dk n`';eku izdk'k gLrkarj.k ls xq.kk

dj ldy

Hkh ns[ksaA

izdk'k dh

lapj.k ds

tkrk gSA

ls Åij

f[kM+dh d

ds vojks/k

dh ÅapkbZ

ra= }kjk

gksrk gS] t

çdk'k çn

FkeZy ¼rk

ifjofrZr

v|ru fd

ifjfLFkfr;

vkSj laokr

VhV djus

y Nr {ks=]

çHkkoh ,ipZj]

h ek=kA Qsfu

ds le; ds v

MsykbV f[k

fLFkr gS] ysf

ds {ks= esa çd

/k ¼α½ dk d

bZ ds uhps fLF

çHkkodkfjrk-&

mRikfnr yqe

n{krk-&&fufnZ

n{krk] FkeZy-&

n{krk] ngu-&

behVsal-&&,d

tks ,d gh r

ÅtkZ-&&uohd

nku djus ;

ki½] eSdsfud

fd;k tk l

ÅtkZ laj{k.k

fd;k tkrk gS

ÅtkZ n{krk

;ksa ds rgr

ÅtkZ iqu-&&iz

ru ç.kkyh }

us ds fy, bl

jkti=]

tks fnu ds

Å/kZ~ok/kj l

fuLVs'ku ;g

vk/ks ls vf/k

kM+dh {ks= Q

yfdu 2-2 eh

dk'k dqvksa esa

dks.k 70 fMxzh

LFkr MsykbV

&&buiqV fct

esu] çfr okV

fnZ"V jsfVax fL

&&dke ds v

&&n{krk ftl

d uewus }kjk

rkieku ij v

dj.kh; ;k x

;k fdlh Hkou

dy ¼dk¸kZ½] b

ldrk gSA eki

Hkou lafgr

g vkSj bldh

vuqikr ¼b

dqy fo|qr b

izkfIr ç.kkyh

}kjk Hkou ;

ldk bLrseky

fgekpy izns

mtkys {ks=

lapj.k-&&Å/

fnu ds mt

f kd –f"V fxy

Q'kZ vkSj –f"V

hVj uhps fLF

fLFkr f[kM+f

xh ls vf/kd

{ks= Hkh ns[ksa

tyh ¼ cSykL

V Y;wesal esa

fLFkfr ij çn'

vk ViqV ls r

lds lkFk mi

jk mRlftZr

vkSj mlh ifj

xSj&uohdj.k

ou fuekZ.k m

bysfDVªdy

i dh çFkkxr

rk ¼bZlhchlh½

h osclkbV (w

¼bZbZvkj½-&&us

buiqV okVksa

h% Hkou ;k L

;k Lisl ds v

y djukA

ns'k] 05 tqyk

ds ij gksx

/kZ~ok/kj [kaHks d

tkys {ks= xq.

ykl {ks= v S

V f[kM+dh {ks

Fkr gSA çHkko

fd;ka 'kkfey

gS] {kSfrt ls

LV lfgr½ d

O;ä fd;k x

'kZu

rki buiqV d

idj.k esa ng

mTToy rki

fjfLFkfr esa gks

.kh; lalk/kuks

midj.k vkSj

vkSj jklk;fu

r bdkbZ gS o

½-&&ÅtkZ la

www.beein

usV 'khryu

esa dk vuqik

Lisl fudkl

vanj ys tku

kbZ] 2019@1

xk ls foHkkft

ds ek/;e ls

.kk –';eku

vkSj jkf'k dks

k= ls Åij

koh ,ipZj d

y ugha gksaxh]

ls ekik tkrk

ds dqy okV

x;kA

dk vuqikr gS

gu çfØ;k d

i çokg dk

ksrk gSA

ksa ls çkIr fc

;a=ksa dks l

fud tSls fo

okV ¼MCY;w½A

laj{k.k Hkou l

ndia.gov.in)

u {kerk fd

kr gS

gok ls Åt

us okyh iwoZ&

4 vk"kk<+] 19

ftr djus dk

l ,d Lisl es

çdk'k lapj

ldy nhok

2-2 ehVj ;

dk fu/kkZj.k d

tc vkdk'k

k gS] u gh b

ls foHkkftr

gSA

ds nkSjku bZa/k

CySdc©Mh }

fctyh] Hkou

lapkfyr djus

fofHkUu :i gS

lafgrk dks C

ij çnf'kZr

fdyksokV esa

tkZ dks iquiZzkI

&xehZ ;k iwo

941

k vuqikr gS

esa ços'k djus

j.k] blds –'

kj {ks= ls fo

;k vf/kd fLF

djus ds ç; s

k xqacn dks v

blesa f[kM+dh

r ,d nhid

ku tyk fn;

}kjk mRlftZr

u dks rkiu]

us ds fy, g

gSa] ftUgsa ,d

C;wjks }kjk l

fd;k tkrk

tks fMtkb

Ir djus ds f

oZ&'kkar vkmV

327

A MsykbV {ks

us okys fnu d

';n'khZ çdk

foHkkftr fd;

Fkr gS 1 ehV

;kstuksa ds fy

vLi"V oLrqv

h {ks= 1 ehV

d Iyl cSykL

;k tkrk gS

r dk vuqik

'khryu vkS

gksrh gSA bl

d ls nwljs

le;≤ i

gSA

bu v‚ijsfVa

fy, midj.

VMksj gok d

k'k

vksa

vkSj

lesa

esa

Vax

.kksa

dks

3272

esa fufnZ"V

oxhZdj.k

¼,

QsafUkLVªs'ku

¼c

nhokjksa] Å

fdyksokV

Hkou esa x

vuqikr-&

'khryu]

yksxksa rd

midj.k

,l,pthl

;

çkstsD'ku

dh jkf'k

dh fLFkfr

gSA

f[kM+fd;ka

dkap Cy‚d

¼,

QsafUkLVªs'ku

¼c

tgka Xysft

gS] QsfaUkLVªs

vkoj.k çn'kZu

V çfØ;kvksa d

fuEukuqlkj

¼,½ ekud Hko

u vkSj Nrksa

ch½ çLrkfor

Å/kZ~ok/kj Qsfa U

ÅtkZ izn'kZu

?kaVs esa viu

x.kuk dh tk

fdyksokV

dqy fufeZr

&,d Hkou d

midj.k-&&,

rkiu] osafVy

d lhfer ugh

k] fo|eku-&&

lerqY; ,l,

lhA

;g §4&3&1

QSDVj ¼ih,

NwV-&&fdlh

QSu iz.kkyh '

tks okrkuqdwf

fr esa lapkfyr

QsafuLVªs'ku-&&

ka] IykfLVd d

d dh nhokjsa

¼,½ fLdkbykb

u] Hkys gh fd

¼ch½ m/okZ/kj

ftax dks ,d

Vªs'ku ughaA

jkti=] fg

u ?kVd ¼bZi

dk mi;ksx

ifjHkkf"kr fd

kou bZih,Q-&

ds fy, vuqi

r Hkou bZih,

f UkLVªs'ku vkSj

lwpdkad ¼bZ

iuh okf"kZd Å

k,xh]

V@?kaVksa esa Hk

{ks=&oxZehV

dk çLrkfor

,d Hkou ds

ys'ku] çdk'

ha gS

&,d ekStwnk

,pthlh-&&,

esa lwphc)

,Q½ dk mi;

Hkh viokn d

'kfä-&&lHkh

wfyr LFkku ¼

r djus ds fy

&Hkou vkoj

ds iSuy] DyS

j 'kkfey gSaA

bV-&&{kSfrt

fdlh Hkou dh

QsafUkLVªs'ku-&

fo'kky nho

fgekpy izns'k

ih,Q½-&&Hko

djsaA Hkou v

fd, x, gSa%

&&ekud Hko

ikyu laca/kh

h,Q-&&çLrkf

j Nrksa ds fy

bZihvkbZ½-&&,

ÅtkZ [kir

Hkou dh okf"

Vj esa ry?

r Hkou ds bZi

lapkyu ds

'k O;oLFkk] x

k Hkou esa ig

,d LFkk;h

LFkk;h ckgjh

;ksx djds x.

dks bZlhchlh

h ia[kksa ds eks

¼Lisl½ esa rki

fy, vko';d

j.k esa lHkh

ySjsLVªht] fLd

t Iysu ls 60

dh Nr ij p

&&LdkbZykb

okj ds 300 f

k] 05 tqykbZ]

ou vkoj.k ç

vkoj.k vko'

ou ds fy,

h vko';drkv

kfor ewY;ksa

y, çLrkfor

,d Hkou dk

gS tks uhps

f"kZd ÅtkZ [k

?kj esa Hka.M

ihvkbZ vkSj e

ds fy, eSdsfu

xje ikuh]

gys ls LFkkfi

ckgjh Nk;k

jh Nk;kadu ç

.kuk dh tkr

h vko';drk

kVlZ dh uke

iu ;k 'khry

d gSa vkSj bls

{ks=ksa ¼QSe

dykbZV~l] Xy

0 fMxzh ls Hkh

p<+kbZ dh tkr

V~l ds vyk

feeh ds Hkhr

2019@14

çn'kZu vuqik

';drkvksa d

vkoj.k çn'

kvksa dk mi; s

ds fy, Hko

ewY;ksa dk m

k eryc Hko

fn, x, Q

kir Kwh esa

Mkj.k {ks=

ekud Hkou

fudy] bysfD

Å/kZ~ok/kj if

fir midj.k

kadu ç{ksi.k

ç{ksi.k vkSj

rh gSA

kvksa ds vuqik

eek= fctyh

yu lzksr ls g

ls okil fcanq

lfgr½] ft

ykl njokts

h de dh <y

rh gS] mls Å

kok vU; lH

rj LFkkfir fd

vk"kk<+ 1941

kyu fodYi

dks fu/kkZfjr d

'kZu ?kVd dh

;ksx djus ls

ou vkoj.k

mi;ksx djus

ou ds {ks=Qy

QkewZys ds vuq

vkSj ikfdZax

ds bZihvkbZ d

fDVªdy ;k L

fjlapj.k çn

k ds lkFk ,

Nk;kadu le

kyu dh vuq

h dh ekax ¼u

gok dh vkiw

tgka Hkou

tlls izdk'k

tks ,d ls

yku okys ,d

Å/kZ~ok/kj QsafU

Hkh QsafUkLVªs'ku

fd;k x;k gS]

ds ewY; 4-3

djus ds ç; s

dh x.kuk] nh

gksxhA

çn'kZu ?kVd

ls gksxhA

y ds çfr o

uqlkj ekStwnk

x dks NksM

dk vuqikr gS

LVSfVd fMok

nku djus ds

,d QsafuLV s

erqY; ?kVd

uqefr ugha gS

uke iVy MC

iwfrZ djus ds

ds ckgj le

k vUnj vk

vf/kd vk/k

d QsafUkLVªs'ku

fUkLVªs'ku ekuk

kuA Vª‚Ech nh

] mudks nho

3-5 vkSj 4-3

;kstuksa ds fy

hokjksa] Å/okZ/k

d dh x.ku

oxZ ehVj çf

k ;k çLrkfo

M+dj bZihvk

gSA

okblsl] ftl

ds fy, t:j

s'ku ds fy

¼,lbZ,Q½ d

CY;w ;k ,pih

fy, fMtkb

ekIr gks ldr

lds] ftl

kk fxykl vkS

u lrgA vU

k tkrk gSA

nhokj vlsacyh

okj ekuk tkr

3-6

/kj

uk]

for

kbZ

lesa

:jh

ih½

lesa

vkSj

yh]

QsafUkLVªs'ku

eksVk ry

fiNys Hkwx

bZa

fy, fd;

bZa

c‚;yj] v

tksM+k gqv

vkSj@;k

LVSaM&vy

mís';ksa ds

O;oLFkk;

VfeZuyksa v

dksVZ :e

buMksj LV

xzs

ds mís';ksa

tkus okys

LFkku] vkSj

dh ek=k

eafty dh

fof'k"V x

vLirkyksa

ftldk m

tks Lo&l

gkse

QsafUkLVªs'ku {ks

u dk dqy

u {ks= pedr

fQfu'k eafty

;k dkUdzhV

thok'e bZa/ku

xHkZ dky ds

bZa/ku-&&,d

;k tk ldrk

bZa/ku mi;ksfx

vkSj o‚Vj gh

lHkk gkWy ¼l

vk gS] vkSj eq

flusesVksxzkfQ

yksu ukbV Dy

ds fy, g‚y

dyk nh?kkZv

vkSj fojklr

e] O;k;ke'kky

VsfM;e] lHkk

xzsM-&&lHkh c

egeku d{k-&

ka ds fy,A

fuokl LFkku-

y Hkou ;k la

kj blh rjg

rkiu {kerk-&

A la[;kRed

dh lrg esa ç

xehZ ls xq.kk

vkSj lsusVjh

mi;ksx LokLF

laj{k.k ds fy

jkti=]

{ks=-&&XySftx

{ks=QyA n

rk gqvk –f"V

y Lrj-&&if

V Q'kZ LySc e

u-&&bZa/ku t®

thfor inkF

,slh lkexzh

fxrk n{krk ¼

hVj

lHkkxkj dk ç

eq[; :i ls

fQd lkeku

yc] vkdfLe

ftuesa dksb

vksa] lkeqnkf;

r vkSj iqjkrkf

yk] buMksj

kxkjksa

ckgjh nhokjksa

&&fdlh de

&&dk;Z] ehf

lajpuk esa tx

ds {ks=ksa esa j

&&1 fMxzh ls

d :i ls lr

çR;sd O;fäx

djrh gSA

jh;k ¼LokLF;

LF; ;k vk;q

fy, vleFkZ

fgekpy izns

x lS'k vkSj

njokts ds fy

V {ks= gSA v

ifj"dj.k lke

esa tksM+ fn;k

t® ,d tek

FkZ ls çkIr g

ftldk bL

¼,Q;wbZ½-&&,

çdkj½-&&fdl

yksxksa dh l

ugha gSa vkSj

ed rLohj 'k

bZ ukVdh; e

f;d g‚y] fo

fRod Lekjd s

fLofeax iwy

ij ,d Hko

ejs ;k dejksa

fVax] jguk]

xgA ckFk:e

jgus ;ksX; fj

lsfYl;l ls

lrg dh çfr

xr lkexzh d

; lsok % ,d

ds dkj.k '

gSa] mnkgj.k

ns'k] 05 tqyk

j Ýse lfgr

fy, tgka pe

vU; lHkh njo

exzh ds ckn

k x;k gSA

gkbMªksdkcZu

gksrk gS

Lrseky xehZ

,d rkih; n

lh Hkou] bl

lHkk ds fy,

vf/kd ;k

kks] ukVdh;]

eap ugha gS

fookg g‚y] iw

dksa] iwy vkSj

y] buMksj Vs

ou ds vkl&

dk mi;ksx

lksuk] [kkus

e] ikuh dh v

fjä LFkku u

nh xbZ æO;e

fr ;wfuV {ks=

ds çfr ;wfuV

dy çca/ku d

'kkjhfjd lhe

k ds fy,] d

kbZ] 2019@1

r eksVs fNnz

ednkj –f"V

oktksa ds fy,

n gkfly fd

u tSls isVªksf

mRiknu ;k

n{krk mik;

lds y‚ch] d

gS] ysfdu b

leku mnkg

eaph; ;k 'kS

vkSj ,d L

iwtk LFky] l

fcfy;MZ iky

Vful dksVZ [

&ikl tehu

;k mi;ksx

;k [kkuk c

vyekjh fMCc

ugha ekuk tkr

eku ds rkie

= ¼MCY;w@eh

V {ks= ds æO

ds rgr fdl

ekvksa ls ihfM+

dksbZ vLirky

4 vk"kk<+] 19

dk mi;ksx

V {ks= dk {

,] QsafUkLVªs'ku

d, x, eaft

fy;e] dks;y

k ngu }kjk

; tks ngu

dejksa vkSj v

blesa ukVdh;

gj.k ds fy,

kSf{kd çLrqfr

LFkk;h eap d

laxzgky;] v

yZj] xsanckth

[ksy vkSj l

dk Lrj

djus dk bj

cukus ds fy,

cksa] dksBjh] g‚

rk gSA

eku dks c<+ku

h²-ds½ dh x

O;eku ds xq.

lh Hkh Hkou

fMr O;fä;ksa

yksa] bUQeZjht

941

x djds eki

{ks= 50% l

u {ks= njokt

ty dk Lrj

yk ;k çk—f

k fctyh mR

ds midj.k

vU; LFkkuksa d

; eap ;k LF

,] LVSaM&vy s

fr] O;k[;ku ;

ds fcuk bLrs

vdsys O;k[;k

h xfy;ksa] lk

laL—fr ds fy

jknk dj esg

, bjknk ;k

g‚y] HkaMkj.k

us ds fy, v

xehZ {kerk N

.kksa dk ;ksx

;k Hkouksa d

ds fy, fd;

t] lWusVksfj;

327

ik tkus oky

ls Hkh de g

tk {ks= gS

mi&Q'kZ ;

frd xSl] t

RiUu djus d

k tSls Hkfê;

dks blds lk

LFkk;h ukVdh

yksu Mkal g‚y

;k vU; lek

rseky gksrk

ku d{k] ;k=

keqnkf;d g‚y

fy, fdlh H

gekuksa dks lks

mi;ksx fd

;k mi;ksfxr

vko';d rki

Nr] nhokj ;

gS] tks bld

dk ,d lewg

;k tkrk gS o

;k vkSj uflaZ

gS]

tks

;ka]

kFk

Hkh

ksus

wg]

oks

laZx

3274

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

,poh,lh ç.kkyh-&&midj.k] forj.k ç.kkyh] vkSj VfeZuy ;a= tks lkewfgd :i ls ;k

vyx&vyx :i ls çnku djrs gSa] ,d Hkou ;k Hkou ds dqN fgLlksa esa rki] laokru ;k okrkuqdwfyax dh

çfØ;kA

gkbij ekdsZV~l ¼'k‚fiax d‚EIysDl dk çdkj ,Q½-&&cM+s [kqnjk çfr"Bkuksa tks lqijekdsZV vkSj

fMikVZesaV LVksj ds la;kstu gSaA mUgsa xzkgd dh lHkh t:jrksa ds fy, ,d LV‚i 'k‚i ds :i esa ekuk tkrk

gSA

vkbZ

bZufQyVs'ku-&&Hkou® ds ckgjh lrgksa esa njkjksa ds chp ls f[kM+fd;ksa vkSj njoktksa ds vkl&ikl

ls ,d vfu;af=r gok dk fjokl gksrk gS tks ncko varj ls gksrk gS tksfd gok ;k vkarfjd vkSj ckg~;

rkieku ds tSls dkjd® ds dkj.k gksrk gS vkSj vkiwfrZ vkSj fudkl gok iz.kkyh ds chp vlarqyu ls Hkh

LFkkfir vkarfjd çdk'k 'kfä% lHkh LFkk;h :i ls LFkkfir lkekU;] VkLd] vkSj QuhZpj çdk'k O;oLFkk vkSj

Y;wfeusjht+ esa fctyh tks okV esa ekaih tk;sxhA

,dhd`r va'k&Hkkj ewY; ¼vkbZih,yoh½% tc os va'k Hkkj ifjfLFkfr;ksa ¼fMtkbu ;k 100% dh fLFkfr ls

de½ ij lapkfyr gks jgs gSa] rc fpyjksa dh Hkkfjr vkSlr n{krk d® ekaiuk pkfg;sA vius ifjpkyu thou

ds nkSjku ;g fpyj n{krk dk vf/kd ;FkkFkZoknh eki gSA

fdyksy‚YV&,Eih;j ¼dsoh,½-&&bl lafgrk esa 'kCn "fdyksy‚YV&,fEi;j" ¼dsoh,½ dk ç;ksx fd;k

tkrk gS] 3&Qst+ dkjsUV ds fy, ukeek= ç.kkyh oksYVst ¼fdykso‚y½ ds 1-732 Ckkj ds ykbu dkjsUV dk

mRikn gSA flaxy&Qst+ ds vuqç;ksxksa ds fy,] dsoh, ukeek= ç.kkyh oks ÅtkZ Vst ¼fdyksy‚YV~L½ ds ykbu

dkjsUV ¼,Eis;j½ ckj dk mRikn gSA

fdykso‚V ¼dsMCY;w½-&&fctyh dh cqfu;knh bdkbZ] 1000 MCY;w ds cjkcj gSA

Ykscy-&&midj.k ;k lkefxz;ksa dks ,d fof'k"V ;k fufnZ"V igpku ds lkFk ,d çrhd ;k vU;

igpku fpà layXu fd;k x;k gS tks fufnZ"V ekud ;k çn'kZu ds vuq:i gSA

nhid-&&ekuo fufeZr çdk'k lzksr ds fy, lkekU; 'kCn vDlj cYc ;k Vîwc dgk tkrk gS

ykbVsM Q'kZ {ks=] ldy-&&ykbVsM eafty LFkku dk ldy {ks=

izdk'k] vkikrdky-&&cSVjh ls leFkZu fd;k x;k çdk'k tks jks'kuh çnku djrk gS] tc ,d

fctyh vkmVst vkSj lkekU; çdk'k fnXxt dk;Z djus esa vleFkZ gksrs gSaA

çdk'k] lkekU;-&&,d {ks= esa jks'kuh ds ,d leku Lrj çnku djus okyh çdk'k O;oLFkkA lkekU;

çdk'k O;oLFkk esa ltkoVh çdk'k ;k çdk'k 'kkfey ugha gksxk] tks bl {ks= esa fdlh fo'ks"k vkosnu ;k

lqfo/kk ds fy, jks'kuh ds fHkUu Lrj çnku djrk gSA

çdk'k iz.kkyh-&&,d fof'k"V dk;Z djus ds fy, lfdZV ;k fu;af=r gksus okys ,d Y;wfeujht+ dk

lewgA

çdk'k fctyh HkÙkk-&&

¼,½ vkarfjd çdk'k fctyh HkÙkk-&&,d Hkou ds baVhfj;j ds fy, vuqefr vf/kdre fctyh okV

esaA

3275

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

¼ch½ ckgjh çdk'k fctyh HkÙkk-&&,d Hkou ds ckgjh fgLlksa ds fy, vuqefr vf/kdre fctyh

okV esaA

çdk'k 'kfDr ÄuRo ¼,yihMh½-&&çfr bdkbZ {ks= ds vf/kdre çdk'k 'kfDr dks mlds oxhZdj.k ;k

mlds fuekZ.k ds vuqlkjA

de ÅtkZ lqfo/kk ç.kkyh-&&Lisl daMh'kfuax ;k osafVys'ku iz.kkyh tks de ÅtkZ dh xgu djrh gSa

rks ok"i laihM+u vk/kkfjr Lisl daMh'kfuax iz.kkyhA ;g eq[; :i ls oSdfYid rki varj.k fof/k;ksa ;k

lkefxz;ksa ¼,fM;kcSfVd dwfyax] fofdj.k] 'kks"kd vkfn½] ;k ÅtkZ ds uohdj.kh; lzksr ¼lkSj ÅtkZ] Hkw&FkeZy½

dk mi;ksx djrs gSa rkfd fjä LFkku ij rkiu ;k 'khryu ds fy, U;wure fo|qr ÅtkZ buiqV vko';d

gksA

Y;wfeujht+-&&,d iwjh jks'kuh bdkbZ ftlesa ,d nhid ;k nhid tks fMtkbu ds lkFk feydj

çdk'k dk forj.k LFkku vkSj nhid dh j{kk ds fy,] fMtkbu vkokl ds lkFk feydj] vkSj nhid dks

fctyh dh vkiwfrZ ls tksM+rs gSaA

izdk'k;qDr çHkkodkfjrk (LE) nhid ;k nhid@cSykLV la;kstu ls mRiUu dqy izdk'koku çokg

¼–'; çdk'k½ buiqV 'kfä }kjk foHkkftr gksxk] ftls çfr okV Y;wesal esa O;ä fd;k x;kA

ekuo fufeZr fnu ds izdk'k ds fy;s vojks/k-&&fdlh Hkh LFkk;h ekuofufeZr oLrq ¼midj.k]

fudVorhZ Hkou½ tks ,d o"kZ esa fdlh Hkh le; ij fdlh Hkou ds ckgjh lrg ij fxjus ls lwjt dh

jks'kuh ;k lkSj fofdj.k dks fdlh Hkh le; fxjus ls jksdrk gSA

eSuqvy ¼xSj&Lopkfyr½-&&fu;a=.k ds fy, O;fäxr gLr{ksi dh vko';drk gksrh gSA

xSj&Lopkfyr :i ls eSU;qvy fu;a=d dk vFkZ ugha gS] dsoy futh gLr{ksi vko';d gSA

fofuekZ.k çfØ;k,a-&&e'khuksa] Je] jklk;fud ;k tSfod çfØ;kvksa vkfn dk mi;ksx djds

okf.kfT;d fcØh ds fy, rS;kj eky esa dPps eky dks :ikarfjr fd;k tkrk gSA

fuekZrk-&&daiuh ;k O;fä ;k mu O;fä;ksa dk lewg] tks muds fofunsZ'kksa ds vuqlkj fdlh rhljs

i{k }kjk fufeZr oLrqvksa ;k [kjhn lkekuksa dks bdëk djrs gSaA

ek/; rkieku%-&&;wure nSfud rkieku vkSj vf/kdre nSfud rkieku dk vkSlr

eSdsfudy dwfyax-&&ok"i laihM+u] vo'kks"k.k] vkSj ok"ihdj.kh; 'khryu ds lkFk la;qä

fujknzhdj.k vo”kks’k.k ;k fdlh vU; ÅtkZ lapkfyr rkih; foKku pØ dk mi;ksx djds xSl ;k rjy ds

rkieku dks de djukA vdsys vçR;{k ;k lh/ks ok"ihdj.kh; 'khryu dks ;kaf=d 'khryu ugha ekuk tkrk

gSA

ehVfjax-&&ÅtkZ [kir ds vkadM+ksa dks vftZr djus vkSj vU; ifjpkyu fo'ks"krkvksa ds fy, Hkou esa

ehVj yxkus vkSj ,d&,d midj.kksa ;k lewgc} dÃ midj.k dks muds dk;Z ¼çdk'k] midj.k] fpylZ]

vkfn½ ds vk/kkj ij viuh ÅtkZ çn'kZu dh fuxjkuh ds fy, Hkou esa ehVfjax fd;k tkrk gSA

fefJr eksM okrkuqdwfyr Hkou-&&Hkou ftlesa izkd`frd osafVys'ku dk mi;ksx osafVysV djus ds

fy;s izkbejh eksM ds :i esa mi;ksx fd;k tkrk gS] vkSj tc t:jr iM+rh gS rks ,;j daMh'kfuax dks [kksy

fn;k tkrk gSA

3276

la;kstu d

fy, fn'kk

laLdj.k d

nkSjku fd

dj nsrs gS

dh vkiwfr

laokru eq

iwoZ ;k if

O;kolkf;d

lkFk ;k

gksVy vkSj

okys vkok

vkokl çn

,d çca/ku

fy,] Ldwy

vkW

yxkrk gS

gSA

QsafuLVs'ku

vkerkSj i

;g çdkj

dks lek; s

HkaMkj.k g s

;k ,d c

LFkku gS v

yacor v S

mÙkj&mUeq

fefJr mi;ksx

ds fy, mi;

us'kuy fcfYM

kkfunsZ'k çnku

dks n'kkZrk gS

çk—frd fnu

dlh Hkh le;

gSaA LokHkkfod

frZ vkSj buMks

eq[; :i ls

xSj&ç/kku fn

f'pe] dks xSj

vrkjkafdr gks

d vk/kkj i

fcuk] O;fä;

kj xsLV gkml

oklh; vikVZe

nku fd;k t

u ds rgr ,

y vkSj d‚ys

vkWD;wisalh lsal

vkSj çdk'k]

vikjn'khZ vl

u vkSj Hkou

vikjn'khZ ckg

ij ;g Hkou

j ,d ;k ,d

;ksftr dj l

vksiu xSyjh

gksrs gSa vkSj v

cM+sa Hkou esa

vkSj vkdk'k

vfHkfoU;kl-&

vkSj vxzHkkx

eq[k vkSj vU;

jkti=] fg

x fodkl-&&

;ksx dh tkus

Max dksM 201

u djrk gSA

gSA

u dh vojks/k

; fdlh Hkou

d :i ls lao

ksj fjä LFkku

Hkou vkoj.k

n'kk-&&dksbZ

j&dkfMZuy

ksVy ¼vkfrF;

ij vyx&vy

;ksa ds fy,

l 'kkfey u

esaV 'kkfey u

tkrk gS] tks

,d vklUu

yt ds Nk=ko

lj-&&,d m

] midj.k ;

lsEcyh ;k v

lsokvksa esa fN

gjh nhokj-&

dk lajpuk

d ls vf/kd

ldrk gS] tSls

e‚y ¼'k‚fiax

vDlj jsLrjka

fLFkr gksrs g

ds fy, [kqy

&,d Hkou

dh lrg l

U; lHkh

fgekpy izns'k

&vkoklh;] o

u okyh ,d H

16 ¼,uchlh½

bl dksM es

/kd-&&fdlh

u ds ckgjh

okru Hkou%

ku ls gok ds

.k esa fNnzksa ds

Hkh fn'kk tks

fn'kk dgk t

; dk çdkj½

yx lksus ds

çnku dh t

ugha gSa vkSj 4

ugha gSaA bu

,d gh ifj

dejksa dh J

okl] Nk=] v

midj.k tks

;k ;a=ksa dks e

vikjn'khZ fu

fNæksa ds :i

&&lkexzh ls

kRed dk fgL

lkexzh ls c

ls bUlqys'ku

x d‚EIysDl

ka vkSj vU; O

gSaA [kqys xSy

yk gSA

ds vxzHkkx

ls nwj bafxr

k] 05 tqykbZ]

okf.kfT;d] O;

Hkou ;k Hkou

-&&e‚My fc

esa] jk"Vªh; Hko

Hkh çk—frd

lrg ij fx

,d Hkou t

ds fudkl d

ds }kjk gok d

ks ,d çeq[k

tkrk gSA

½-&&fdlh Hk

ds vkokl] [k

tkrh gSA bl

4 eghus ;k m

uesa fdlh Hkh

fjokj ds lnL

J`a[kyk ds fy

vkSj vU; g‚L

fdlh {ks= ds

ean gksus ;k m

fuekZ.k-&&Hkou

esa >jks[ksa v S

l cuh gqbZ

Llk gksrk gS]

cuk gks ldr

vkSj FkeZy t

l dk çdkj½

O;kolkf;d

yjh e‚y dk

ds lkeus o

r djus dh

2019@14

O;kikj] 'kSf{kd

u dk ,d l

fcfYMax dksM

ou dksM 201

d oLrq] tSls

fxjus ls jksdr

tks ;kaf=d mi

djus ds fy;s

dks vanj vkSj

;k iz/kku fn

Hkou ;k bekj

[kkus dh lqfo

lesa vkokl

mlls vf/kd

Hkou dks '

L; ugha gksa]

fy, Hkkstu lq

LVy vkSj lSU

ds vanj yksx s

mlds vuqlk

u dh Nr ;

vkSj fxzyA

ckgjh nhokjs

] vkSj pedr

rk gS] vkSj ,

tM+rkA

-&&,d cM+s

çfr"Bku tks

k ifjlapj.k

okyk Hkkx dh

fn'kkA /o

vk"kk<+ 1941

d] vkfrF; v

lewgA

tks Hkouksa d

16 Hkkjrh; e

ls o`{k] igkM

rs gSa ;k iwjs

idj.kksa dk m

ugha djrk

j ckgj fd;k

fn'kk ugha gS]

kjrksa dk lew

fo/kk ;k [kku

d{k] ljk;]

d ds iêk le

'kkfey djuk

,d dejs es

lqfo/kk 'kkfey

U; cSjdksaA

xksa dh ekStwnx

kj pkyw ;k c

;k nhokjksa d

js ikjn'khZ ;

rk gqvk vxzH

,d le; esa

fjVsy dkWEi

k tqM+k ;k v

{ks= vkSj ,f

dh fn'kk ] v

okZ/kj QsafuLV s

vkSj lHkkxkj

ds fMtkbu v

ekud C;wjks

M+h] vkfn] t

Hkou dh l

mi;ksx djus

gSA bl rj

;k tkrk gSA

] ;kuh lgh

ewg ftlesa çc

uk idkus dh

Dyc] eksVy

le>kSrs ij fd

k gS ftlesa

esa ;k la;qä

y gS ;k ugh

xh ;k vuqif

can djus dk

dh lrg] N

;k ikjHkklh

Hkkx dk le

ea fofHkUu HkkSf

EisDl esa fofH

vklUu Hkouksa

fVª;e ,d xS

vFkkZr ,d os

s'ku ds fy,

ds mís';ksa d

vkSj fuekZ.k d

}kjk uohur

tks ,d o"kZ d

lrg ij Nk;

us ds fy, go

jg ds Hkou

mÙkj] nf{k.

ca/ku ds rgr

h lqfo/kkvksa d

y] vrkjkafd

fdjk, ij jg

lewg Lyhfia

vf/kHkksx vkS

gh mnkgj.k d

fLFkfr dk ir

k dkj.k cur

Nr ds vyko

ugha gSa vkS

eFkZu djrk gS

frd çfØ;kv

fHkUu çdkj d

dh J`a[kyk

xSjokrkuqdwfy

oDVj fn'kk d

,] nks Jsf.k;

esa

.k]

gus

fiax

vkSj

gSA

vksa

esa

;ka

ifjpkfyr

,d lewg

fy, fd;

gSA

vf/kHkkj] '

vkSj mld

jktLo fj

ykbu ij

pyk;eku

forj.k ç.

vof/k esa

fofufnZ"V

lajpuk] cs

ugha gSA

mi;ksx fd

le; r;

izdkj ds

çfr fnu

nf{k.k&iwo

;k lqfo/kk

gksrh gSA

pkbZ dk ;

rd] fLFkj

vkmVMksj ¼ck

r ugha gqbZ gS

ckg~; jksx Lo

g] ftldk m

;k tkrk gS] y

vksojdkjaV-&&

'k‚VZ lfdZV]

ekfyd-&&,d

ds layXu ;k

fjd‚MZ esa ,d

ikVhZ nhokj% n

j Qk;jo‚yA

LFkk;h :i l

u ugha gSA

iw.kZ% ,d dEi

.kkyh dk fgL

yx yksM% ,

Hkou dh Å

çeq[k var m

iwy% rSjkdh]

csflu ;k VSad

laHkkfor fnu

fd, fcuk fn

; fd;k x;k

Hkouksa ds fy

vFkkZr lqcg

çkFkfed varj

oZ] nf{k.k&if

çfØ;k yksM%

k xeZ ty r

i{ksi.k dkjd

;ksx vkSj Qsf

j bdkb;ksa esa

jkti=]

kgjh½ gok-&

okLF; lsok

mi;ksx dsoy

ysfdu bykt

&daMDVj dh

;k xzkmaM Q

d O;fä] O;fä

k v/khuLFk fo

Hkou ;k Hko

nks Hkouksa ds

ls LFkkfir%

ikVZesasV ;k d

gLlk gSa] vkSj

,lh Iyx ds

ÅtkZ 'kkfey

mi;ksx ds fy

xksrk[kksjh] ;

d bu 'krksaZ e

ds izdk'k

fnu ds mtkys

k gS] vFkkZr

fy, dqy fey

g ls 08%00 c

j&ç/kku fn'k

f'pe] ;k mÙ

Hkou dk Hkk

rkiu çnku d

d] vksojgkax c

fuLVs'ku dh

ea ds vuqikr

fgekpy izns

&&Hkou ds c

¼gsYFkds;j d

y chekjh ds m

t ;k funku

dh ,aiSflVh d

QrV ls gks l

fä;ksa dk le

foHkkx] miØ

ou d‚EIysDl

chp la;qä

midj.k t

d{k ftlesa ,

bldk bLrs

d ek/;e ls

ugha gksrh gS

fy, ftEesnkj

;k euksjatu

esa 'kkfey gSa]

dk le;% ,

ys esa i;kZIr

9%00 cts l

ykdj 2920

cts ls 'kke 3

'kk% dEikl d

Ùkj&if'pe d

kj tks vkS|ksf

djus ds vy

ckgjh Nk;kad

lcls Åij

dk vuqikr

ns'k] 05 tqyk

ckgj ls yh

dk çdkj½-&&

mipkj ;k f

ds nkSjku Hko

ds midj.k

ldrk gS

ewg] daiuh] Vª

Øe vkSj tSls

l dk fuekZ.k

lsok ds fy,

tks fd ,d

,d ;k ,d

reky vf/kHkksx

lapkfyr m

gS] tks §5]

j gSA

u Luku ds f

] ysfdu ble

,d fnu esa

:i ls çdk

ls 'kke 5%00

?kaVs gksrs gSa

3%00 cts LFk

ds pkj fcanqv

dks çkFkfed

fxd izfdz;kv

ykok vU; çf

du ç{kis.k d

dh ÅapkbZ v

gSA

kbZ] 2019@1

h xbZ gok

&,dy çca/k

funku dh v

kou esa jkrHkj

ds jsVsM dk

VªLV] laLFkku

,tsafl;ksa ;

k ds fy;s iat

, mi;ksx ;k

txg esa LF

ls vf/kd u

x ;k HkaMkj.k

mRiknksa }kjk

§6] §7 ¼,

fy, ikuh d

esa fLofeax iw

le; dh

k'k gksA çfrf

0 cts LFkkuh

g Vkbi bZ &

kkuh; le;

vksa esa ls dksbZ

varj&ç/kku

vksa ;k Lisl

fØ;k,a ds d

dh {kSfrt xg

vkSj ckgjh N

4 vk"kk<+] 19

vkSj tks ig

ku ds rgr

vko';drk o

j ;k yach v

kjUV ls vf/k

u] iath—r c‚

;k laxBu ft

th—r gSA

k vuqdwfyr

Fkk;h fd;k

ufydk,a tqM

k ds fy, ug

mi;ksx dh

,poh,lh] ç

dk ,d —f=

iwy] OgyZiwy]

ek=k gksrh

rfnu 8 ?kaVs

uh; le;] ft

&1 'kSf{kd d

bZ] eq[; fcanqv

fn'kk dgk

daMh'kfuax]

dkj.k [kir d

gjkbZ dk Åt

Nk;kadu ç{ksi

941

gys bekjr

fdlh Hkou

okys O;fä;ksa

vkokl dh v

f kd fdlh Hkh

c‚Mh] jkT; ;

tldk uke l

djus okyh

x;k gS vkSj

M+h gqbZ gSa] t

gha fd;k tkr

tkus okyh

çdk'k] ty r

f=e rkykc ;q

Lik] g‚V V

gS tc —f=

ds fy, laHk

ftlds ifj.k

dks NksM+dj] t

vksa ds e/; e

tkrk gSA

çdk'k O;oL

dh eqfDr ds

tkZ vuqikr Q

i.k ds nwjre

327

ds ek/;e l

;k Hkouksa d

ds mipkj d

vko';drk ug

h dkjUVA ;

;k dsaæ ljd

laifÙk ds fy

baVhfj;j y‚

kj iksVsZcy ;

tks fd gok d

rk gSA

ÅtkZA bl

rki] vkfn½

;qä fdlh H

Vc rd lhfe

f=e jks'kuh d

kkfor fnu d

kkeLo:i lH

tks fd 7 ?k

esa; mÙkj&iwo

LFkk] osafVys'ku

ifj.kkeLo:

QsfuLVs'ku d

e fcanq ds ry

gha

dkj

‚V

esa

Hkh

fer

Hkh

kaVs

woZ]

3278

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

çkstsD'ku dkjd] lkbM fQu-&&ckgjh Nk;kadu ç{ksi.k dh {kSfrt xgjkbZ dk vuqikr] f[kM+dh ds

tkaHk ls nwjh vkSj ckgjh Nk;kadu ç{ksi.k ds nwjre fcanq rd] fLFkj bdkb;ksa esa dk vuqikr gSA

çkstsD'ku QSDVj] vksojgkSax vkSj lkbM fQu-&&dsoy vksojgkSax ds fy, vuqikr ç{ksi.k dkjd dk

vkSlr vkSj dsoy lkbM fQu ds ç{ksi.k dkjdA

çLrkfor Hkou-&&Hkou ds okLrfod fMtkbu ds vuq:i gS vkSj bZlhchlh ds lHkh vfuok;Z

vko';drkvksa dk vuqikyu djrk gSA

çLrkfor fMtkbu-&&çLrkfor Hkou dk ,d daI;wVj e‚My] bldh okLrfod fMtkbu ds vuq:i

gS] tks bZlhchlh ds lHkh vfuok;Z vko';drkvksa dk vuqikyu djrk gSA

vkj

vkj&oSY;w ¼FkeZy çfrjks/k½-&&lkekU; fLFkfr;ksa ds rgr lkexzh ;k fuekZ.k ds nks ifjHkkf"kr lrgksa

ds chp ,d bdkbZ rkieku varj ls çsfjr ,d bdkbZ {ks= ds ek/;e ls xehZ çokg ds le; dh nj ds

ikjLifjdA vkj oSY;w dk ;wfuV~ eh²-ds@MCY;w

jsMyh vDlsf'kcy-&&lapkyu] uohuhdj.k ;k fujh{k.k ds fy, tYnh igqapus esa l{ke gksus ds fy,

mu yksxksa dks fcuk vko';drk ds fy, rS;kj igqap ds fy, ck/kkvksa dks nwj djus ;k gVkus ;k iksVsZcy

lh<+h] dqflZ;ka vkfn dk mi;ksx djus ds fy, vko';d gSA y‚fdax doj ds tfj, çekf.kr dfeZ;ksa ;k

y‚d :e esa midj.k yxkdj lkoZtfud lqfo/kk;sa okys txg ij igWqp dks lhfer dh tk ldrh gSa

jhlD;wZysfVax flLVe-&&,d ?kjsyw ;k lqfo/kk xeZ ty forj.k ç.kkyh ftlesa ,d cUn ifjlapj.k

lfdZV 'kkfey gS ftlesa xeZ ikuh ds ikbiksa esa VfeZuy fMokbl ds ikl mi;ksx rkieku dks cuk, j[kus

ds fy, fMtkbu fd;k x;k gS ¼mnkgj.k ds fy,] 'kkSpky; uy] 'kkoj ½ rkfd xeZ ikuh çkIr djus ds

fy, vko';d le; de gks lds tc VfeZuy fMokbl okYo [kksyuk gksaA ifjlapj.k ds fy, izsjd cy ;k

rks çk—frd ¼rkieku ds lkFk ikuh ds ?kuRo fHkUurk ds dkj.k½ ;k ;kaf=d ¼ifjlapj.k iai½ gSA

ijkorZu% izdk'k ;k fofdj.k lrg }kjk izfrfcac vkSj lrg ij bulhMasV dk vuqikr gSAa

uohdj.kh; ÅtkZ mRiknd {ks=-&&v{k; ÅtkZ ç.kkfy;ksa dh LFkkiuk ds fy, leiZ.k LFky tSls

lkbZV lhek ds Hkhrj Nr ij ;k dgha vkSj] ,d laxr ;k v/kZ&laxr {ks=A

fjt‚VZ ¼vkfrF; dk çdkj½-&&O;kolkf;d çfr"Bku tks vkokl] Hkkstu vkSj vU; ewyHkwr ,euhVht+

ls vf/kd foJke vkSj euksjatu çnku djrs gSaA fjlksVZ dh fo'ks"krk,a fuEukuqlkj gSa &

Lik] fLofeax iwy] ;k fdlh Hkh [ksy dh rjg ,d ;k ,d ls vf/kd euksjatu ¼,l½ lqfo/kk

'kkfey gS%

fMxzh ls d

laidZ esa g

Nr dk { s

esaA

okf.kfT;d

midj.k }

Mcy&rkd

ls lkSj x

ckgjh ;k

Nk;kadu

x.kuk ds

vkSj vDl

bekjr esa

doj fd;

ds fy, v

fy, mi;

Åij ;k f

i. 'kgj ds

ii. 3 eafty

2 ;k v

hlsV-&&,d

:Q-&&vikjn

de ds dks.k

gSa

:Q {ks=] ld

{ks=Qy

dkap ds p;u

lfoZl-&&vkiw

lfoZl ty r

d ç;kstuksa ds

lsV fcanq-&&x

}kjk cuk, j

Nk;kadu xq.

dr dkap ds

xehZ ds ykHk

baVhxzy 'ksfM

lerqY; QSD

fy, xq.kkad

k‚fiax e‚y

lj jsLrjka vkS

fLFkr gksrs

;k x;k ,d

fleqys'ku çksx

vkHkklh Hkou

flaxy&tksu f

lkbV&iquiZzkIr

;ksx dh tkus

LySc&v‚u&xzs

fudVre ckg

jkti=]

ckgj çk—fr

yksa ¼Hkwty l

vf/kd Cy‚dksa

mPp ;k fuE

n'khZ {ks=ksa v S

k ij >qdk gq

dy-&&nhokj

u dk vuqikr

iwfrZ ;k forj

rkiu midj

ds fy, ghfVax

xeZ ;k BaMk

j[kk tkuk p

.kkad ¼,llh

ek/;e ls g

dk vuqikr

fMax fMokbl

DVj% vksojgsSa

¼'k‚fiax d‚EI

kSj vU; O;ko

gSaA e‚y dk

layXu LFkku

xzke-&&l‚¶V

e‚My fodf

flLVe-&&,

r ÅtkZ-&&[

u okyh bekjr

xsM Q'kZ-&&H

kgjh xzsM dh

fgekpy izns

frd vkSj lqj

lfgr½ ls d

dks 'kkfey

Eu eku dks

vkSj QsfuLVªs'ku

gqvk gSA bles

jksa ds ckgjh

r-&&çdk'k l

j.k ç.kkyh ls

j.k-&&Lisl

x ikuh ds fy

LFkku ds ok

pkfg,A

h½-&&Xysftax

gksus okyh l

gSA Nk;kad

'kkfey ugha

gx ;k lkbM

EIysDl½-&&,d

olkf;d çfr

ifjlapj.k

u gSA

Vos;j ftles

flr fd, t

,d ,poh,lh

[kjhnh gqbZ bZ

r LFky ij

Hkou ds Q'kZ

vafre Åapkb

ns'k] 05 tqyk

jE; okrkoj.k

de ;k mlds

djukA

fu;a=d lsV

u lfgr Hko

esa Nr dk i s

psgjs ;k ik

lapj.k vkSj d

ls ifjlj esa Å

ghfVax vkSj

fy, midj.k

kafNr rkieku

x ds rkiu

lkekU; bUlhMs

du xq.kkad] tS

ha gSaA

M fQu }kjk

d cM+s [kqnj

fr"Bku tks tq

{ks= vkSj ,fVª

esa Hkou fuekZ

tk ldrs gSaA

h flLVe ,d

bZa/ku ;k fo|q

miO;;rk Å

kZ LySc tks f

bZ ls 300 fe

kbZ] 2019@1

k ds chp esa

ds cjkcj ,d

V fcanq ds Lop

ou vkoj.k d

iksfM;e Hkh '

kVhZ dh nhok

dkap ds lkSj

ÅtkZ nsus ds

j çfØ;k dh

u ¼fMxzh lsf

çn'kZu d

MsUV ij lkSj

tSlk fd ;gk

Nk;kafdr Q

jk ifjlj ft

tqM+k ;k vklU

fVª;e LFkk;h

kZ.k ç.kkfy;ksa

d ,dy ,po

|qr ÅtkZ vki

ÅtkZA

fd tehu ds

feeh ls de ;

4 vk"kk<+] 19

fLFkr gS;

d gh lkbV

pkfyr lek;

ds Åijh Hkkx

'kkfey gS tks

okjksa dh dsaæ

j dkjd ds c

d fy, midj

h vko';dr

fYl;l½ dks

dk ekiA ;

j fofdj.k ds

ka bLrseky f

QsfuLV s'ku d

ftlesa fofHkUu

Uu bekjrksa d

;k vLFkk;h

k ds ÅtkZ ç

oh,lh {ks= d

kiwfrZ ds miH

ds laidZ esa gS

;k mlls de

941

ds Hkhrj d

;kstu

x] {kSfrt ;k

k çR;{k lw;Z

js[kk ls ek

chp vuqikr

j.k çnku fd

rkvksa ds vy

;kaf=d ghfV

;g 3 feeh

d dkj.k Xysft

fd;k x;k gS

ds çHkkoh ,l

u çdkj ds

dh J`a[kyk es

lajpuk }kj

çn'kZu dks v

dh lsok ns jg

Hkksx dks v‚Q

gS vkSj ;g

e gSA

327

dh bekjrksa d

k {kSfrt ls 6

ds fdj.kksa d

kik tkus oky

fd, x, ifjl

ykok ?kjsyw ;

fVax ;k dwfya

eksVh Li"V

ftax ds ek/;

gS] esa baVhfj;

l,pthlh d

nqdkus gksrs

esa ;k ,d cM

jk iwjh rjg l

vuq#fir dj

gk gSA

QlsV djus d

;k rks xzsM l

yax

"V]

;j]

gSa

M+h

jus

3280

lrgksa ij

nkus ds iS

fo|qr Åt

ços'k vkSj

vo'kksf"kr

Lisl% ,d

fu/kkZfjr d

¼,

¼c

tkrk gS

LFkku ugh

¼l

vnZ~/k&xeZ

layXu LF

vkSj jsLrj

ftlesa Hkks

fy, miy

is'kd'k d

Hkhrj dksb

vuqns'kkRe

{ks= vkSj

e‚My] t s

bZlhchlh

chp gksrk

xzh

x, lrg

fdyksokV&

djrh gS

e`nq ty-&&i

j v?kqyu'khy

iSekus ds :i

lkSj ÅtkZ lzks

tkZ dk lzksr

lkSj rki izkIr

j balhMsaV l

r lkSj fofdj.

d bekjr ds

djus ds mís'

¼,½ okrkuqdwf

¼ch½ v/kZ&xe

ftldk mRi

gha gSA

¼lh½ xSj&okr

eZ LFkku ugha

Fkku ugha eku

LVkj gksVy@

jka vuqeksnu

ktu dh lqfo

LVSaM&vyksu

ykHk tks xzkgd

dj ldrk gS

bZ Hkh LFkku v

ekud Hkou-&

ed vko';d

ldy Nr {

ekud fMtkb

tks lHkh vfuo

ds fooj.kkRe

LVksjh-&&Hkou

k gSA rg[kkus

xzh"edkyhu l

g {ks= ij çk

&?kaVs çfr ox

lqijbZlhchlh

vkS ;g Hkh f

jkti=] fg

ikuh tks dSfY

y tek gksrk

esa fn[kkbZ ns

ksr-&&fuekZ.k

Ir xq.kkad ¼,

lkSj fofdj.k

j.k 'kkfey g s

d Hkhrj ,d

'; ls fuEuku

dwfyr LFkku-&

eZ LFkku-&&,

iknu {kerk

rkuqdwfyr L

gSA çk—frd

uk tkrk gSA

@eksVy ¼LVkj

vkSj oxhZdj.

fo/kk ds lkFk

fjVsy ¼'k‚fia

dksa dks Lo;a

gSA ,dy çc

vyx&vyx

&&,d Hkou

drkvksa dk v

{ks= gSA

bu-&&okLrfo

ok;Z vko';d

ed vko';d

u dk fgLlk

us vkSj ryd{

lkSj viksyu-

kIr lkSj fofd

xZ ehVj çfr

fcfYMax-&&

fooj.kkRed

fgekpy izns'k

fY'k;e] yksgk

gSA ;s tek

nsrs gSaA

k LFky ij l

,l,pthlh½-&

dk vuqikr

gksrk gS] ftls

layXu {ks=

uqlkj gS%

&&,d BaMk L

,d bekjr ds

10-7 MCY;w

LFkku-&&,d

d ;k ;kaf=d

j gksVy½-&&

j.k lfefr] i

;k Hkkstu ds

iax d‚EIysDl

czkafMax ;k f

ca/ku ds ikl

x çca/ku dks

u tks de

vuqikyu djr

fod Hkou fM

drkvksa dks iw

drkvksa dk v

tks ,d [kR

{k dks ,d e

-&&ekpZ ls

fdj.k ÅtkZ

fr fnu ¼ds M

&,d bekjr

vko';drkv

k] 05 tqykbZ]

;k eSXuhf'k;

okf"ia= ;k L

lkSj fofdj.k

&&lkSj rki

r gSaA lkSj r

rc Lisl esa

=A fjä LFkk

LFkku] xeZ L

ds vanj ,d

w@eh² ds cj

bekjr ds

d osafVys'ku

&,dy çca/ku

i;ZVu ea=ky;

ds fcuk lksus

l½-&&,d cM

fofHkUu czkaMksa

l Hkou ds l

cspk ;k miy

ls de Åt

rh gS vkSj iz

fMtkbu ds v

iwjk djrk gS

vuqikyu djr

Re eafty Lr

eafty ugha e

vDVwcj ds

dk ekiA ek

MCY; × ,p@

tks § 4 l

vksa ds lkFk

2019@14

;e tSls /kkrq

LukuVc vkSj

k ds fn'kk :

i izkIr tks Q

rki izkIr esa

ea iquZfofdj.k

ku dk oxhZd

LFkku] ;k lh/

layXu LFkku

cjkcj ;k vf

vUnj ,d

ds lkFk Ø‚

u ds rgr f

; }kjk rkjkaf

dh lqfo/kk ç

M+h [kqnjk LV

ka ds mRiknksa

lHkh LFkkuksa d

yC/k ugha djs

tkZ laj{k.k

izLrkfor Hkou

vk/kkj ij ,

vkSj lEiw.kZ

rk gSA

Lrj vkSj vx

ekuk tk,xkA

eghus ls ,d

ki dh bdkb

@¼ eh²×fnu

ls §7 dh

vuqikyu d

vk"kk<+ 1941

rqvksa ds Hkax

j diM+s /kksus

:ikarj.k ls

QsfuLV s'ku {

ea çR;{k :i

k] lapkfyr ;

dj.k Hkou v

/ks okrkuqdwfy

u ftlesa rki

f/kd gS ysfd

layXu LFk

‚yLisl] ,fVD

fdlh Hkou

fdr gksVy d

çnku dh t

Vksj LokfeRo

ds rgr fof

dk iw.kZ Lokf

jsxkA

Hkou lafgr

u ds leku

,d dkYifud

Hkou çn'kZu

xys mPp eaft

d gh dSysaMj

b;ka çfr oxZ

u ;k ?kaVs@fn

vfuok;Z vk

djrk gS ftl

yo.k ls eqä

u ds midj.k

izkIr rkiu

{ks= ds ek/;

i ls çsf"kr l

;k laoâr fd

vkoj.k vko

fyr LFkkuA

iu iz.kkyh }

du ;g dksbZ

kku ftlesa

Dl vkSj ikf

;k Hkou dk

ds :i esa ek

tkrh gS A

okyh ;k ,d

fHkUu çdkj d

feRo gksxk v

rk ds lHkh

eafty {ks=]

d Hkou dk

u i)fr esa

fty Lrj ;k

j o"kZ ds Hkhr

xZ ehVj ¼MCY

fnu½ gSaA

ko';drkvksa

lesa lqij bZlh

ä gksrk gS] t

kksa esa lkcqu d

jklk;fud ;

;e ls Lisl

lkSj rki vkS

fd;k tkrk gS

o';drkvksa d

}kjk xeZ fd;

bZ okrkuqdwfy

Lisl ;k ,d

fdaZx xSjst d

k lewg] gksVy

kU;rk çkIr g

dy çca/ku d

ds mRiknksa d

vkSj bekjr d

vfuok;Z vkS

ldy nho

k ,d daI;wV

of.kZr vuql

k Hkou Nr d

rj fdlh fn

Y;w @eh²½ ;

dk vuqiky

lhchlh fcfYMa

tks

esa

vkSj

dks

gS]

vkSj

okj

lkj

fn,

Max

Jsf.k;ksa ds

dk LoSfPN

çdkj ds

fd;k tkr

baVjdusfD

lfoZl o‚V

dsMCyw,p

FkeZy dsM

djus ds f

vkSj bl

vkSj vius

,d Hkou

fy, Lisl

midj.k

çdk'k fQ

jax

vkWijsfVax

–';koyh

eks'ku fiD

gSa vkSj t s

,d= fd;

dh fLFkfr

lek;ksT;

lkFk vfHk

;k rks {ks=

ds §4 ls §7

Nd Lrj gSA

lqij ekdsZV ¼

[kk| inkFkZ

rk gS] tgka ç

flLVe-&&mi

fDVax rjhds]

Vj ghfVax ;

flLVe dh n

p fctyh [ki

MCY;w,p ls g

flLVe fo|ek

VSusaV iêk le

fy, ntZ vkS

le>kSrs dks

us ewy dkuwuh

fdjk;snkj iê

dk {ks=Qy

VfeZuy fMokb

l esa vkiwfrZ d

ftlds }kjk

QDPklZ] QSlsV

xeap ;k eks'

çn'kZu ds f

yks¶V] jks'ku

Dpj gkml]

tks fuf'pr lh

FkeZy Cy‚d-&

;k x;k gSA ,

FkeZy vkjke

fr tks FkeZy v

FkeksZLVsV-&&fM

lsV fcanq ij

fVuVsM-&&¼tS

kUu gSA fVafVa

= esa ;k fofu

jkti=]

7 ; §9 dh

¼'k‚fiax d‚EIy

vkSj ?kjsyw

çR;sd xfy;

idj.k vkSj

vkSj VfeZuy

;k çdk'k tSl

n{krk-&&ç.k

ir dk vuqi

gksrk gS tks H

eku-&&ekStwnk

e>kSrs-&&,d

kSipkfjd dk

fyf[kr esa n

h vf/kdkjksa d

êk {ks=-&&fd

bl-&&,d m

dh tkrh gS

k ,d ÅtkZ

V vkfnA

'ku fiDpj

fy, gksrk gS

uh] ;kaf=d m

v‚fMVksfj;k]

lhVsa çnku dh

&&fleqys'ku

,dy FkeZy

dh fLFkfr-&

vkjke gok v

fMokbl esa ,

j Lopkfyr

tSlk fd Qsfu

Vax esa lrg i

fuekZ.k çfØ;k

fgekpy izns

lEiw.kZ Hkou

IysDl½-&&lqi

vkiwfrZ çnku

;kjs ds leku

lgk;d ;

y rRo½ ftld

lh fof'k"V d

kkyh dh n{

ikr ¼;kuh f

Hkou esa mi;

k Hkou esa ig

d edku ekfy

kuwuh nLrkost

ntZ dj fn;

dks fu/kkZfjr

djk;snkj iêk

midj.k ftl

A blesa vke

ç.kkyh cur

g‚y ¼lHkkxk

vkSj ftld

midj.k ;k

d‚UlVZ g‚y

dh tkrh gSaA

ds ç;kstu s

Cy‚d ds Hkh

&ifjfLFkfr; s

vkSj jsfM;aV r

,d rkieku

:i ls rkie

uLVs'ku ij y

ij ykxw fQY

ds nkSjku y

ns'k] 05 tqyk

u izn'kZu vuq

ijekdsZV cM+s

u djrs gSaA

j[ks tkrs gS

;a=ksa dk ,d

ds }kjk Åt

dk;Z djrk gS

{krk BaMk i

fpylZ] fpYM

;ksx gks jgk gS

gys ls LFkkfi

fyd vkSj ,d

t; ;gh gS]

;k x;k gSA ;

djrk gS

le>kSrs ds

lds ek/;e

rkSj ij Mai

rh gS] varr%

kj dk çdkj

dk ,d eap gS

vU; ukVdh

y] Vsyhfotu

uksa ds fy, ,

hrj fjä LFk

;ksa esa jgus ok

rkieku] ueh

laosnd gksr

eku cuk, j[

ykxw gksrk gS½

Yeksa dks 'kkfe

ykxw gksrh gSa

kbZ] 2019@1

uqikyu fof/k

Lo;a lsok f

eky dks ,d

gSaA

d la;kstu

tkZ dks cny

gSA

ikuh fpYM

M vkSj daMsu

gSA

fir dbZ flLV

d fdjk;snkj

bUgh iêk '

;g ikfVZ;ksa d

vuqlkj fdj

ls xeZ ;k

ilZ vkSj ghfV

forfjr dh

j½-&&fdlh H

gS] çkslsfu;e

h; lkeku vkS

u vkSj jsfM;ks

,d ;k ,d

Fkku dks la;ksf

kys ds FkeZy

eh vkSj gok d

rk gS tks ,d

[krk gSA

½ czksUl] gjk

fey ugha fd;

4 vk"kk<+] 19

ds lkFkA ;

fdjkuk LVksj

d laxfBr x

¼tSls& fu;

fn;k tkrk

ikuh la;a=

ulj ikuh i

Ve ;k flLV

ds chp okr

'krksaZ ij ckrp

ds chp iwjs l

jk;snkj ¼vksa½

BaMk gok d

fVax vkSj dwfy

h tkrh gS] t

Hkh Hkou dk

inkZ] fQDLM

vkSj midj.k

ks LVwfM;ks tks

ls vf/kd ,

ftr djus d

vkjke dks ç

dh xfr dks

d LFkku esa

;k flysVh

;k tkrk gS t

941

;g bZlhchlh

j gSa tks xzkgd

xfy;kjs çk:i

;a=.k] lgk;

gS] blfy,

ds midj.

iaiksa] 'khry e

VeA

rkZ dh 'krksaZ

phr dj vkSj

le>kSrs dk x

dks fdjk,

dk rkieku c

fyax d‚by g

tSls& jftLV

eq[; :i ls

M ;k iksVsZcy

mnkgj.k ds

ks n'kZdksa dks

,poh,lh t

dh vko';dr

çHkkfor djrs

çHkkfor djr

,d okaNuh;

jax tks Xysft

tSls fd ijko

328

h ds vuqiky

dksa dks fofHkU

i esa O;ofLFk

;d midj.

;g ,poh,l

.kksa ds okf"kZd

ehukjs½ fpyl

dks çfrfcafc

j lgefr gqb

xBu djrk

ij fy;k x;

cuk, j[kus d

gksrs gSa ;k ,d

Vjksa] fM¶;wt

ls ukVdh; ;

y –';koyh ;

fy,] fFk,V

Lohdkj dj

tksuksa dk lew

rk ugha gS

rs gSaA i;kZoj

rh gSA

; fuf'pr ;

ftax lkexzh d

orZd dksfVaXl

.k]

lh]

ylZ

fcr

bZ]

tj]

Vj]

jrs

ewg

j.k

3282

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

VªkalQkeZj-&&fctyh ds midj.k dk ,d VqdM+k ,d oksYVst ls nwljs oksYVst rd fctyh cnyus

esa mi;ksx fd;k tkrk gSA

VªkalQkeZj gkWfu;ka0&&,d VªkalQkeZj esa fctyh dh gkWfu;kW tks bldh n{krk de dj nsrk gS

ifjogu Hkou ¼lHkkxkj½-&&ifjogu] ikjxeu tSls fd] gokbZ vìs] jsyos LVs'kuksa] cl LVs'kuksa vkSj

Hkwfexr vkSj vij ,sfyosVsM ekl jSfiM VªkaftV flLVe tSls& Hkwfexr ;k ,fyosVsM jsyos tSls mi;ksx ds

fy, fdlh Hkou ;k lajpuk dk bLrseky fd;k tkrk gSA

xSj okrkuqdwfyr Hkou-&&Hkou ftlesa 90% ls vf/kd LFkku xSj okrkuqdwfyr LFkku gksA

xSj okrkuqdwfyr LFkku-&&;a=or~ ;k izkd`frd :i ls goknkj LFkku ftls ;kaf=d midj.k }kjk

BaMk ;k xeZ ugha fd;k tkrk gS

fo'ofo|ky;ksa vkSj vU; lHkh dksfpax@çf'k{k.k laLFkku ¼'kSf{kd½-&&,d bekjr ;k bekjr dk ,d

lewg] ,dy çca/ku ds rgr] çf'k{k.k@vuqf'k{k.k çnku djus ds fy, cuk;k x;k] lkoZtfud ;k futh

çf'k{k.k laLFkkuksa tks 100 ;k 100 ls vf/kd dh la[;k okys Nk=ksa dks f'k{kk çnku djus ds fy, mi;ksx

fd;k tkrk gSA

mi;ksxh MsykbV bY;wfeusal-&&okf"kZd fnu ds ?kaVs dk çfr'kr] tks fd 8-5 ehVj Åij dk;Z txg

ÅapkbZ ij fn, x, fcanq dks 100 yDl ls 2]000 yDl ds chp fnu ds mtkys çkIr djrk gSA

;w&QSDVj ¼FkeZy VªkalfeVUl½-&&,d lkexzh ;k fuekZ.k ds bdkbZ {ks= ds ek/;e ls ;wfuV le; esa

xehZ lapj.k vkSj lhek gok fQYeks tks çR;sd i{k ds okrkoj.k ds chp bdkbZ rkieku ds varj ls vuqeku

;w ewY; dh ;wfuV MCY;w@eh² gSA

oSfj,cy ,;j o‚Y;we ¼oh,oh½ flLVe-&&,poh,lh ç.kkyh tks Lisl esa vkiwfrZ dh xbZ xeZ ;k BaMk

gok ds çokg dks cnydj ,d lw{e cYc rkieku dks fu;af=r djrh gSA

ouLifr Nrsa-&&ftUgsa xzhu Nrksa ds :i esa Hkh tkuk tkrk gS] os ikjaifjd ¶ySV ;k <yku okyh

Nrksa ds Åij fLFkr thfor ouLifr;ksa dh iryh ijrsa gSaA

osafVys'ku-&&çk—frd ;k ;kaf=d lk/kuksa dks ;k fdlh Hkh LFkku ls gok dh vkiwfrZ ;k fudkyus dh

çfØ;kA ,slh gok dks okrkuqdwfyr djus dh vko';drk ugha gS

fotu foaMkst-&&f[kM+fd;ka ;k cM+s f[kM+fd;ksa dk {ks= tks fd eq[; :i ls fnu ds mtkys vkSj

ckgjh –'; nksuksa ds fy, gksrs gSaA vke rkSj ij] nhokj esa mudk LFkku Q'kZ Lrj ls 1 ehVj vkSj 2-2 ehVj

ds chp gksrk gSA

MCY;w

nhokj-&&vikjn'khZ {ks= vkSj QsfuLVªs'ku lfgr Hkou vkoj.k dk og Hkkx] tks Å/kZ~ok/kj ;k {kSfrt

;k blls vf/kd ls 60 fMxzh ds dks.k ij >qdk gqvk gSA blesa eafty LiSaMªYl] Q'kZ ds ifj/kh; fdukjksa]

vkSj uhao dh nhokjksa ds chp Åij vkSj uhps&Js.kh okyh nhokjsa 'kkfey gSaA

3284

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

1W/m2.K

5.678Btu/h-ft2-°F

1W/l-s-1

0.063W/gpm

1m2.K/W

0.1761 ft2-h-ºF/Btu

1ºC

((ºC X9/5) + 32) ºF

1 kWr

0.284TR

1kW

1.34hp

1kW

3412.142Btu/hr

8&4

laf{kIr ,oa foifjrkFkZd

AFUE

Annual fuel utilization efficiency

AHRI

Air-conditioning, Heating and Refrigeration Institute

ANSI

American National Standards Institute

ARI

Air-Conditioning and Refrigeration Institute

ASHRAE

American Society of Heating, Refrigerating and Air-Conditioning

Engineers

ASTM

American Society for Testing and Materials

BIS

Bureau of Indian Standards

Btu

British thermal unit

Btu/h

British thermal units per hour

Btu/h-ft²-°F

British thermal units per hour per square foot per degree Fahrenheit

BUA

Built up area

Celsius

cmh

cubic meter per hour

centimeter

COP

coefficient of performance

DEF

daylight extent factor

EER

energy efficiency ratio

EPI

energy performance index

Fahrenheit

foot

hour

h-ft²-°F/Btu

hour per square foot per degree Fahrenheit per British thermal unit

h-m²-°C/W

hour per square meter per degree Celsius per Watt

horsepower

HVAC

heating, ventilation, and air conditioning

I-P

inch-pound

in.

inch

IPLV

integrated part-load value

Indian Standard

ISO

International Organization for Standardization

kVA

kilovolt-ampere

Kilowatt of electricity

kWr

kilowatt of refrigeration

kWh

kilowatt-hour

l/s

liter per second

luminous efficacy

3285

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

lin

linear

lin ft

linear foot

lin m

linear meter

lumens

Lm/W

lumens per watt

LPD

lighting power density

meter

millimeter

m²

square meter

m².K/W

square meter Kelvin per watt

NBC

National Building Code 2016

pascal

projection factor

R-value (thermal resistance)

shading coefficient

SEF

Shading equivalent factor

SHGC

solar heat gain coefficient

tons of refrigeration

UPS

uninterruptible power supply

VAV

variable air volume

VLT

visible light transmission

watt

W/ l-s-1

watt per litre per second

W/m²

watts per square meter

W/m².K

watts per square meter per Kelvin

W/m²

watts per hour per square meter

W/m.K

watts per lineal meter per Kelvin

Watthour

9- gksy fcfYMax ijQ‚esaZl i)fr %

9-1 lkekU; %

9-1-1 dk;Z&{ks= %

lEiw.kZ Hkou izn'kZu i}fr] bl dksM ds 7 ds ek/;e ls §4 esa lekfgr foo.kkRed i}fr vuqikyu

iFk dk ,d fodYi gSA ;g §2-5 esa of.kZr lafgrk }kjk doj fd, x, lHkh Hkou çdkjksa ij ykxw gksrk gSA

9-1-2 vuqikyu %

,d Hkou esa lEiw.kZ Hkou izn'kZ i}fr ¼MCY;wchih½ dk mi;ksx djrs gq, dksM dk vuqikyu djrk

gS] tc vuqekfur bZihvkbZ vuqikr 1 ds cjkcj ;k de gks] Hkys gh og §7 ds ek/;e ls §4 esa foo.kkRed

i}fr dh vko';drkvksa ds fof'k"V çko/kkuksa dk ikyu u djsA MCY;wchih i)fr dk mi;ksx djrs le;

§7 ds ek/;e ls 4 dh vfuok;Z vko';drk,a §7 ¼§4-2] §5-2] §6-2] vkSj §7-2½ ds lkFk feysaxhA

9-1-3 okf"kZd ÅtkZ mi;ksx %

3286

fdyksokV&

fo|qr Åt

u s

ÅtkZ mi;

çn'kZu d

dkjd tks

9-1-4 Hkou

'kkfey u

çLrkfor

vfuok;Z v

9-1-5 nLr

tk,axsA U;

¼,

¼c

¼l

¼M

¼b

¼p

¼t

¼,

9-2 vfuo

vfuok;Z ç

fy, vko'

MCY;wchih i)

&?kaVs ¼dsMCY

tkZ ds fdykso

uksV: lEiw.kZ

;ksx dh Hkfo

dbZ dkjdksa ij

ks bl dksM }

u vuqKk&i=

MCY;wchih i)

ugh gS gkyka

fMtkbu vkSj

vkSj fooj.kkR

rkosthdj.k v

vuqikyu dks

;wure çLrqr

,½ çLrkfor

mi;ksx

ch½ LFkkuksa d

xSj okrk

lh½ çLrkfor

ls fHkUu

Mh½ lwph tks

bZ½ fleqys'ku

fuEufyf[

midj.k

¼tSls i

,poh,lh

p½ fdlh Hkh

th½ fleqys'ku

,p½ Hkou ¶y

ok;Z vko';d

§4-2] §5-2]

çko/kku 'kkfe

';d 'krsaZ gSa

jkti=] fg

)fr ds ç;kst

Y;w,p½ esa gks

okV dks 0-75

Hkou izn'kZ

fo";ok.kh ugh

ij fuHkZj djr

}kjk 'kkfey

= ds fy, lh

)fr dk mi;

kafd] fdlh H

j ekud fMt

Red nksuksa v

vko';drk,a

nLrkost f

r tkudkjh]fu

r fMtkbu v

lfgr fo'ys

ds lkFk ifj;

kuqdwfyr {ks=

r fMtkbu d

fo'ks"krkvksa

k bl dksM d

u izksxzke ls

f[kr ?kVdksa }

k] Lisl 'khry

iEi½A vkmVi

lh flLVe }k

kh egRoiw.kZ e

u çksxzke vk

yksj Iyku] Hko

drk,a %

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fey gSa vkSj

fgekpy izns'k

ktuksa ds fy,

kxhA Hkou es

5 fdyksokV ç

kZu i}fr ds

gha gS] tc bl

rk gS tSls e S

ugha gSaA

lhfer VªsM&v

;ksx Hkou fu

Hkh fMtkbu

tkbu nksuksa

vko';drkvksa

, %

fd;k tk,xk

fuEu esa 'kkfe

vkSj ekud

y"k.k ds ifj.k

;kstuk dk l

=] vkijs'ku d

dh ÅtkZ ls

dks Hkh nLrk

dh vfuok;Z v

buiqV vkSj

}kjk jks'kuh]

ryu vkSj xe

iqV fjiksVZ

kjk fdlh Hkh

e‚Mfyax ekU;

kmViqV esa mf

kou m=;u ,

§7-2 dh lH

os MCY;wchih

k] 05 tqykbZ]

, okf"kZd Å

esa mi;ksx fd

çfr esxktwy

vuqlkj okf

ldk lapkyu

ekSle] fuoklh

v‚Q %

uekZ.k vuqKk&

iSjkehVj t

ds fy, lek

ds vuq:i

k vkSj vuqik

ey gksxh%

fMtkbu ds

kkeksa dk lkj

laf{kIr fooj.

ds ?kaVsA

lacaf/kr Hkou

kost djsxkA

vko';drkv

j vkmViqV fj

vkarfjd mi

ehZ vLoh—fr

Hkh çLrkfor

h yksM dks iwj

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fYyf[kr fdl

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Hkh vko';dr

h i}fr dk

2019@14

ÅtkZ mi;ksx

fd, tkus oky

y ds :i esa i

kf"kZd ÅtkZ m

u 'kq: gks x

lh O;ogkj] m

&i= ds fy,

tks Hkou vuq

ku gksaxsA Hko

gksaxsA

kyu Q‚eZ] ç

d fy, okf"kZd

jka'k o.kZuA

.k] eaftyksa d

u lqfo/kkvksa

vksa ds lkFk v

fjiksVZ ls Åt

idj.k Hkkj]

fr ds midj.

r fMtkbu

wjk ugha fd,

;k[;kA

lh Hkh =qfV l

vkSj lkbV Iy

rkvksa dks iwj

mi;ksx dj

vk"kk<+ 1941

dh x.kuk

ys fctyh d

ifjofrZr fd

mi;ksx dh

x;k gSA ,d

midj.k çn'

, fd;k tk l

uqKk&i= vk

ou esa Hkfo";

çkf/kdj.k {ks

d ÅtkZ mi

dh la[;k]Lisl

dh lwph A

vuqikyu fn[

tkZ [kir dk

lsok ikuh r

.k] ia[ks] vkSj

vkSj ekud

tkus okys ?

lans'k dh O;

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jk fd;k tk,

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çfr ;wfuV

ds vykok Å

d;k tk,xkA

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ldrk gS ft

kosnu dk fg

esa lq/kkj le

ks=kf/kdkj d s

i;ksx vkSj l

il çdkj]okr

;g lwph e

[kk jgk gkAs

k O;o/kku t

rkiu midj.

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fMtkbu n

?kaVs dh la[;

;k[;kA

,xkA bu ox

ikyu dk çn

{ks= çfr o

ÅtkZ lzksrksa d

u ds okLrfod

okLrfod Åt

j[kko] vkSj H

tlesa iwjk Hko

fgLlk ugha g

leorhZ dksM d

dks çLrqr fd

l‚¶Vos;j d

rkuqdwfyr vkS

ekud fMtkb

tks de ls d

.k] Lisl rki

h,lh midj

nksuksa ds fy

;k fn[kk,xh

xksaZ esa dksM d

n'kZu djus d

o"kZ

dks

tkZ

Hkh

gSa]

vkSj

j.k

9-3 fleqys

9-3-1 Åt

vkSj çkf/kd

dh {kerk

¼,

¼c

¼l

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midj.k {

tkZ fo'ys

çLrqr fd

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ekSle lac

çfof"V;ksa

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9-3-3 vuq

¼,

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tkZ fleqys'ku

fleqys'ku l‚¶

dj.k {ks=kf/k

j[ksxk :

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ch½ vf/kHkksx

lapkyu

ifjHkkf"kr

lh½ FkeZy ek

Mh½ nl ;k

bZ½ rkiu v S

p½ ,dh—r

mi;qZä ds vf

mi;ksx vkSj

{kerk]ok;q v S

fleqys'ku izksxz

y'k.k dEI;wVj

d, tk,axsA

yok;q MsVk %

fleqys'ku dk

ca/kh vkadM+ksa

okys 'kgjksa

miyC/k ekSl

uqikyu dh x

çLrkfor fMt

,½ leku fl

ch½ leku t

lh½ leku t

vkfn½ t

viokn

jkti=]

drk,a %

izksxzke %

¶Vos;j Hkou

kdkjh }kjk v

lHkh 8]760 ?

x esa çdk'k t

esa] çfr ?ka

r gksxkA

kl çHkko]

vf/kd FkeZy

vkSj dwfyax m

fu;a=.k oky

frfjä] fleq

j çLrkfor v

vkSj ty çok

xzke dk ijh

j izksxzke ,,

k;ZØe 'kgj

ds çfr ?kaVk

;k 'kgjh { s

kle MsVk d

x.kuk %

tkbu vkSj ek

fleqys'ku çksxz

tyok;q MsVk]

tyok;q lapky

tc rd fd

vuqer u gks

fgekpy izns

uksa esa ÅtkZ [

vuqeksfnr fd

?kaVksa ds fy,

tkZ esa] fofo/k

kaVk ifjorZu

y tksu]

midj.k dk v

ys ok;q&lkbZM

eqys'ku Vwy ç

vkSj ekud Hk

kg nj fu/kkZfj

h{k.k bljs e

,u,lvkbZ }

ds çfrfuf/k

k ewY;ksa dk m

{ks=ksa ds fy,

dk p;u djsx

kud fMtkbu

xzke]

vkSj

kyu ekU;rkv

bl dksM ;

ksA

ns'k] 05 tqyk

[kir ds fo'y

d;k tk,xkA

, çfr ?kaVk v

k midj.k t

tks lIrkg

va'k yksM vkS

M vkSj ty&

çfr ?kaVk fji

Hkou fMtkbu

fjr djus ds

ekud 140 i

}kjk vuqeksfnr

k tyok;q v

mi;ksx djsx

, vkSj mu L

xk tks fuekZ.

u fuEu dk m

vksa ¼FkeksZLVSV

;k fdlh fn

kbZ] 2019@1

ys"k.k ds fy,

vuqdj.k d

vk/kkj ij Åt

tkZ esa] FkeksZLVS

g vkSj Nqfê;

kSj rkieku i

&lkbM bdksu

iksVZ rS;kj dj

u nksuksa ds fy

fy, fMtkb

i}fr ds vuq

r ls gksxk

vkadM+ksa ls]ftl

xk]tSls fd r

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mi;ksx djd

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fn, x, Js.kh

4 vk"kk<+] 19

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dk;ZØe]de ls

tkZ çokg gksr

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ij fuHkZj çn

uksebtj

djus esa l{ke

fy, §5 ds v

bu yksM x.ku

uqlkj gksxk v

k vkSj ifj.kk

tlesa çLrkfor

rkieku vkSj

fy, tgka ekSl

lcls vPN

ds x.kuk dh

] 'ksMîwy] m

h ds çkf/kdj

941

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ls de] fuEu

krk gS]

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d fnu ds f

n'kZu]

gksxk tks Å

vuqlkj vko'

uk djus dh

vkSj bldk e

ke l‚¶Vos;j

r fMtkbu

ueh A dbZ

le MsVk mi

Nk tyok;q d

tk,xh:

midj.k vkSj

j.k {ks=kf/kd

328

dk;ZØe gksx

ufyf[kr e‚My

poh,lh iz.kky

fy, vyx l

ÅtkZ lzksr }kj

';d ,poh,l

{kerk gksxh

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j çnkrk }kj

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dkjh }kjk dks

kjk

gS]

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3288

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

9-4 çLrkfor fMtkbu vkSj ekud fMtkbu dh ÅtkZ [kir dh x.kuk %

9-4-1 ÅtkZ fleqys'ku ekWMy %

çLrkfor fMtkbu vkSj ekud fMtkbu dh x.kuk ds fy, fleqys'ku e‚My lkfj.kh 9&1 esa

vko';drkvksa ds vuqlkj fodflr fd;k tk,xkA ekud fMtkbu bZlhchlh vuqikfyr Hkou ds vfuok;Z

vkSj vuqikyu laca/kh vko';drkvksa ij vk/kkfjr gSA ekud fMtkbu ds lHkh vuqikyu Lrj ¼bZlhchlh]

bZlhchlh$+] lqijbZlhchlh½ ds fy, leku gksxkA

9-4-2 ,poh,lh iz.kkyh %

ekud fMtkbu ds fy, ,poh,lh flLVe çdkj vkSj lacaf/kr çn'kZu ekinaMksa dks lkfj.kh 9&2 vkSj

fuEu fu;eksa ls fu/kkZfjr fd;k tk,xkA

¼,½ vU; vo;o lkfj.kh 9&2 esa mfYyf[kr vo;o ;k iSjkehVj ;k vU;Fkk bl mi/kkjk esa fo'ks"k

:i ls lacksf/kr çLrkfor fMtkbu ds leku gksaxsA

viokn §9-4-2 ¼,½: tgka §5-2-2 esa fof'k"V vko';drk,a gSa] ekud fMtkbu esa vo;o n{krk dks

ml vo;o çdkj ds fy, vko';drk ls de ls de n{krk Lrj rd lek;ksftr fd;k tk,xkA

¼ch½ ekud fMtkbu esa lHkh ,poh,lh vkSj lqfo/kk xeZ ty midj.k §5-2-2 ds vuqlkj U;wure

n{krk ds Lrj] va'k yksM vkSj iw.kZ Hkkj nksuksa ij vk/kkfjr gksxkA

¼lh½ tgka n{krk jsfVax] tSls fd bZbZvkj vkSj lhvksih] ftlesa ia[k ÅtkZ 'kkfey gS] fooj.kd dks

vius vo;o esa rksM+ fn;k tk,xk rkfd vkiwfrZ ia[kk ÅtkZ vyx ls rS;kj dh tk ldsA

¼Mh½ §9-4-2-1 esa fofufnZ"V 'krksaZ dks NksM+dj U;wure ckgjh ok;q laokru nj ekud fMtkbu vkSj

çLrkfor fMtkbu nksuksa ds fy, leku gksxhA

¼bZ½ ekud fMtkbu ds fy, midj.k dh {kerk vkdkj ds vk/kkj ij çLrkfor fMtkbu esa

{kerkvksa ds fy, vkuqikfrd vkdkj dh tk,xh] vFkkZr okf"kZd fleqys'ku esa mi;ksx dh tkus

okyh {kerk ds chp ds vuqikr vkSj ljaftax ju }kjk fu/kkZfjr {kerkvksa nksuksa çLrkfor

fMtkbu vkSj ekud fMtkbu ds fy, leku gksaxsA

¼p½ çLrkfor fMtkbu ds fy, vlEc} Hkkj ?kaVs ekud fMtkbu ds fy, 50 ?kaVs ls vf/kd le;

rd vlac) Hkkj ?kaVs ls fHkUu ugha gksaxsA fdlh Hkh ekeys esa vlEc) ?kaVs dh vf/kdre

la[;k 300 ls vf/kd ugha gksxhA

lkfj.kh 9&1 çLrkfor vkSj ekud fMtkbu dh x.kuk ds fy, e‚Mfyax vko';drk,a

dsl

çLrkfor fMtkbu

ekud fMtkbu

fMtkbu

e‚My

¼,½ çLrkfor fMtkbu dk fleqys'ku

e‚My fMtkbu nLrkostksa ds lkFk laxr gksxk]

ftlesa fQfuLVªs'ku vkSj vikjn'khZ vkoj.k çdkj

vkSj {ks= dk mfpr ys[kk 'kkfey gS( vkarfjd

çdk'k 'kfä vkSj fu;a=.k( ,poh,lh iz.kkyh

çdkj] vkdkj vkSj fu;a=.k( vkSj lqfo/kk ty

rki ç.kkyh vkSj fu;a=.k

[k½ tc lEiw.kZ Hkou izn'kZu i}fr mu Hkouksa

bl lkfj.kh esa of.kZr çLrkfor

fMtkbu dks la'kksf/kr djds ekud

fMtkbu dks fodflr fd;k tk,xkA

tc rd fd bl lkfj.kh esa fufnZ"V

ugha gks]lHkh Hkou iz.kkyh vkSj

midj.k

ekud

fMtkbu

vkSj

çLrkfor fMtkbu esa leku :i ls

rS;kj fd, tk,axsA

Lisl mi

oxhZdj.k

vuqlwfp

Hkou vko

dks

çd

fo' s

fd;

§7-

Øe

vko

i;ksx

Hkou

vuq

fd;

fp;ksa

Hkou

lap

vkf

fn[

6 e

;kn

fd;

fMt

vkSj

fu;

fMt

koj.k

çLr

?kV

ekSt

fd;

dks

gS%

¼,½

çd

ckg

gS]

;fn

jkti=]

ykxw gksrh

vHkh rd rS

dk'k O;oLFkk½

'ks"krkvksa dks

;k tk,xk r

-2 vkSj §4

e'k%

ykxw

o';drkvksa d

u çdkj ;k

uqlkj pquk t

d ls vf/kd

;k tk ld

i;ksx lqfo/kk

u vkSj@ ;

pkyu vuqlw

idj.k 'kfä

fn esa çfr

[kkus ds fy,

vuqlkj rS;k

esa ,d vf/k

n ugha gS] r

;k tk ld

tkbuksa esa r

lsV

;a=.k@FkeksZLV

tkbuksa esa le

rkfor fMtk

Vdksa dks okLrq

twnk LFkkfi

;k tk,xkA

okLrqf'kYi

fdlh Hkh v

dkj ds dqy

gjh nhokjksa½

dks vyx ls

fn vyx ls

fgekpy izns

gS ftlesa Å

rS;kj ugha fd

½] mu vHkh

k izLrkfor

rkfd os §4

4-3] §5-3

vfuok;Z

ds vuqikyu

k Lisl çdkj

tk,xkA ,d

Hkou çdkj

drk gS] ;fn

gSA

;k Lisl çd

lwfp;ksa ¼vf/k

ä] ,poh,lh

?kaVk cny

, fd;k tk

kj fd;k tku

kHkksx çdkj

rks mi;qä

drk gSA ek

rkieku vkSj

vad

leku

LVSV Fkz‚Vfyax

eku :i ls r

kbu esa Hko

rqf'kYi fp=ksa

fir Hkou vk

viokn% fuE

fp= ls vy

vkoj.k vlsEc

y {ks=Qy¼m

dk 5% ls

ls of.kZr ugha

ls of.kZr u

ns'k] 05 tqyk

ÅtkZ laca/kh

fd;k x;k gS

rd rS;kj

fMtkbu es

4-2] §5-2] §

3] vkSj

vkSj

foo

fd;k tk l

j oxhZdj.k

Hkou fuekZ.k

j Js.kh dk

fn ;g ,d

dkj ds fy,

kHkksx] çdk'

h midj.k

yko

dk v

k,xkAvuqØek

uk pkfg,A ;

ds fy, d s

vuqlwph dk

ekud vkSj

j vknZzrk v

gksaxsA

x jsat dks

rS;kj fd;k

ou vkoj.k

ka ij fn[kk,

koj.k ds fy

Eufyf[kr Hko

yx djus dh

cyh esa ml

mnkgj.k d

l de fgLlk

ha fd;k tkuk

ugha gSa] rks

kbZ] 2019@1

lqfo/kkvksa

¼tSls],d

dh xbZ

esa of.kZr

6-2] vkSj

§6-3 dh

oj.kkRed

ldsA

§2-5 ds

k Js.kh esa

bLrseky

d fefJr

, mi;qä

'k 'kfä]

lapkyu

vuqikyu

kad §9-6

;fn §9-

dksbZ le;

k mi;ksx

çLrkfor

vulwfp;kW

rkieku

Hkh nksuksa

tk,xkA

{ s

ds lHkh

tkus ;k

fy, rS;kj

ou rRoksa

h vuqefr

vlsEcyh

ds fy,

lk 'kkfey

k pkfg,A

vkoj.k

{ s

¼,

4 vk"kk<+] 19

izLrkfor fMt

çLrkfor fMt

viokn% vu

çLrkfor e‚M

dh vuqefr

Hkh xSjekud

mik;ksa ds e

gks] tks vuq

vuqlkj lcls

ldr

le;&lkfj.kh

vk'oklu nsus

gSa] ysfdu çd

fofu;fer osaf

lqfo/kk ikuh

fy, fu;a=.

fu;a=.k rd

Js.kh ds varx

fy, vuqlwph

ugha gSA ;g

{ks=kf/kdkjh }

gSA

,] ch] lh v

vykok izLrk

ekud fMtkb

{ks= vkSj ck

gksaxsA

¼,½ vfHkfoU

izn'kZu Hkou

vfHkfoU;kl

Hkou dk fleq

Hkou ds 9

941

tkbu ds le

vuqlwfp;kW e

My ds chp

gks ldrh gS

n{krk mik

e‚My ds fy

uqlwfp;ksa esa

ls vPNk vuq

gSA

esa

us okys mik;

dk'k] çk—frd

fVys'ku iz.kk

rkiu Hkkj d

.k ds fy,

lhfer ugh

rxZr eSU;qvy

ph ifjorZu

çkf/kdj.k

}kjk Loh—fr

vkSj Mh esa

kfor fMtkb

bu ls okrkuq

kg~; vk;ke

U;kl% ekud

u dks viu

ds lkFk fl

eqysV djds

90]180]270

328

eku

ekud vkSj

p varj djus

gS] tgka dgh

k;ksa vkSj@;k

fy, vko';d

cnyko ds

uqeku yxk;k

v‚ijsfVax

cnyko

;ksa esa 'kkfey

d osafVys'ku

kyh dh ekax

de djus ds

, Lopkfyr

gha gSaA fdlh

y fu;a=.k ds

dh vuqefr

fr ds v/khu

mYysf[kr ds

bu ds leku

uqdwfyr Q'k

vfHkfoU;kl

d fMtkbu

uh okLrfod

fleqysV djds

vkSj fQj iwjs

fMxzh ?kw.kZu

gha

3290

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

vlsEcyh dk {ks= mlh çdkj dh vklUu

vlsEcyh ds {ks= esa tksM+k tkuk pkfg,A

¼ch½ ckgjh lrgksa ftudh fnxa'k vfHkfoU;kl

vkSj >qdko 45 fMxzh ls vf/kd ugha gS vkSj

vU;Fkk ,d gh lrg ds :i esa ;k eYVhfIy;lZ

dk mi;ksx ds :i esa of.kZr fd;k tk ldrk

gSA

¼lh½ ckgjh Nrksa ds fy,] laokru vVSDl okyh

Nrksa ds vykok] Nr dh lrg dk çfrfcac vkSj

mRltZu §4-3-1-1 ds vuqlkj e‚My gksxkA

¼Mh½ eSU;qvy :i ls lapkfyr fQfuLVªs'ku

Nk;kadu okys midj.k tSls ijns ;k ”ksM~l dks

ekWMy ugha fd;k tk,xkA fQUl] vksojgkaXl

vkSj ykbV vyekfj;ksa tSls LFkk;h Nk;kadu

midj.k e‚My fd, tk,axsA

¼bZ½ ckgjh Nr dh lrg ASTM E903 - 96 ds

vuqlkj lkSj ijkorZu dk mi;ksx djds vkSj

ASTM E408 -71 ds vuqlkj fu/kkZfjr FkeZy

mRltZu ds vk/kkj ij rS;kj fd;k tk,xkA

tgka BaMh Nr dk çLrko gS] ogkW mRlftZr vkSj

ijkorZu ASTM E 408-71 vkSj ASTM E

903-96 ds vuqlkj ekWMy fd;k tk,xkA tgka

BaMh Nr dk çLrko ugha gS] ckgjh Nr dh

lrg dks 0-3 dh ,d çfrfcafcr vkSj 0-9 ds

FkeZy mRltZu ds lkFk e‚My fd;k tk,xkA

djus ds ckn ifj.kke dk vkSlr

gksxkA Hkou dks ,sls ekMy fd;k

x;k gS fd og

dh Lo;a dh Nk;k

u iM+sA

¼ch½ Nr] Q'kZ] njokts vkSj nhokjks

ds :i esa vikjn'khZ vlsEcyh esa

izLrkfor fMtkbu ds :i esa ,d

Å"ek {kerk ds :i esa rS;kj dh

tk;sxh ysfdu §4-1-1- vkSj §4-3-

1-1 esa vuqer vf/kdre ;w&?kVd ds

lkFkA

¼lh½ fQfuLVªs'ku% izLrkfor fMtkbu

{ks=ksa esa lekurk,a leku gksxh ;k xzsM

nhokj {ks= ds Åij ldy dqy dk

40% tks Hkh NksVk gS] vkSj izLrkfor

fMtkbu esa leku :i esa izR;sd

Qsl@vxzHkkx ij forfjr fd;k

tk;sxk] dksbZ Nk;kadu vuqeku ugh

fd;k tkuk pkfg;s] fQfuLVªs'ku dks

ckgjh nhokj ;k Nr ds lkFk Q~y'k

eku tk;sxkA eSU;qvy :i ls

lapkfyr fQfuLVªs'ku Nk;kadu okys

midj.k tSls ijns ;k 'ksM~l dks

ekMy

ugh

fd;k

tk;sxkA

fQfuLVªs'ku dk ;w&QSDVj tyok;q ds

vf/kdre vuqer gksxk] vkSj lkSj rki

izkIr xq.kkad tyok;q vkSj vfHkfoU;kl

ds fy;s vf/kdre vuqer gksxkA

¼Mh½ Nr lkSj ijkorZu vkSj FkeZy

mRltZu ckgjh Nr lrgksa dks 0-6 ds

,d lkSj ijkorZu vkSj 0-9 ds ,d

FkeZy mRltZu dk mi;ksx djds

ekWMy fd;k tk;sxkA

Ikzdk”k

çLrkfor fMtkbu esa çdk'k 'kfä

fuEukuqlkj fu/kkZfjr dh tk,xh%

tgka ,d iw.kZ çdk'k ç.kkyh ekStwn gS ml

e‚My esa okLrfod çdk'k 'kfä dk mi;ksx

fd;k tk,xkA

tgka ,d çdk'k ç.kkyh rS;kj dh xbZ gS] ogkW

çdk'k 'kfä dks §6-3-4 ds vuqlkj fu/kkZfjr

fd;k tk,xkA

tgka dksbZ izdk'k ekStwn ugha gS ;k fufnZ"V gS

ekud fMtkbu esa çdk'k dh 'kfä

leku oxhZdj.k çfØ;k ¼Hkou {ks= ;k

Lisl QaD'ku½ vkSj Jsf.k;ksa dks

fu/kkZfjr djrs gq, dh tk,xh tSlk

fd çdk'k iz.kkyh ds lkFk çLrkfor

fMtkbu vf/kdre vuqØfer fof/k

vkSj Js.kh §6-3-2 ;k §6-3-3 ds fy,

cjkcj gS] çdk'k 'kfä ?kuRo x.kuk

esa 'kkfey ugha gksus okys fQDlpj ds

fy, çLrkfor fMtkbu vkSj ekud

fMtkbu esa leku

:i ls e‚My fd;k tk,xkA çdk'k

3291

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

fd çdk'k O;oLFkk dks mfpr Hkou çdkj ds

fy, §6-3-2 ;k §6-3-3 ds vuqlkj fu/kkZfjr

fd;k tk,xkA

çdk'k iz.kkyh dh 'kfä esa 'kkfey lHkh çdk'k

iz.kkyh ds ?kVd 'kkfey gksaxs ftudks ;kstukvksa

¼nhid] cSykLV] dk;Z fQDlpj vkSj QuhZpj&ds

ij fQLlpj lfgr½ ds fy, fn[kk;k x;k gS ;k

çnku fd;k x;k gSA

ikfdaZx xSjst vkSj Hkou ds vxzHkkx ds fy,

çdk'k dh 'kfä dk e‚My gksuk pkfg,A

U;wure çdk'k fu;a=.k §6-2-1 dh bZlhchlh

vko';drkvksa ds vuqlkj] çLrkfor ekeys esa

rS;kj fd;k tk,xkA

Lopkfyr MsykbfVax fu;a=.k l‚¶Vos;j esa lh/ks

e‚My fd, tk,axs ;k çkf/kdj.k {ks=kf/kdkjh

}kjk vuqeksfnr ,d vyx MsykbV fo'ys"k.k

}kjk fu/kkZfjr 'ksMîwy lek;kstu ds ek/;e ls

lkfj.kh 9&4 ds vuqlkj çdk'k iz.kkyh dh

'kfä dk lek;kstu djds vU; Lopkfyr

çdk'k fu;a=.k l‚¶Vos;j esa lh/ks e‚My fd;k

tk,xk

fu;a=.k

§6-2-1

bZlhchlh

vko';drkvksa ds vuqlkj gksxkA

,poh,lh

rkiu {ks=

,poh,lh {ks= fMtkbu% tgka ,poh,lh {ks=ksa dks

fMtkbu fp=ksa ij ifjHkkf"kr fd;k x;k gS] ogkW

çR;sd ,poh,lh {ks= dks vyx FkeZy Cy‚d ds

:i esa rS;kj fd;k tk,xkA viokn: ljyrk

ds fy, leku {ks= ¼leku vf/kHkksx vkSj

mi;ksx] leku vkarfjd Hkkj] leku lsV i‚baV~l

vkSj ,poh,lh izdkj iz.kkyh] 'kh'ks yxs gq;s

ckgjh nhokjksa dk leku vfHkfoU;kl ;k 45

fMxzh ls de ds vk/kkj ij fHkUu gksrk gS½ tksM+k

tk ldrk gSA ,poh,lh {ks= tks fMtkbu ugha

gSA tgka ,poh,lh {ks=ksa dks fMtkbu fp= ij

ifjHkkf"kr ugha fd;k tkrk gS] ,poh,lh {ks=ksa

dks blh çdkj ds vf/kHkksx vkSj mi;ksx] blh

rjg ds vkarfjd Hkkj] leku lsV i‚baV~l vkSj

,poh,lh iz.kkyh ds çdkj] 'kh'ks yxs gq;s ckgjh

nhokjksa ds vk/kkj ij ifjHkkf"kr fd;k tk,xk ;k

45 fMxzh ls de la;kstu esa fuEu fu;eksa ds

lkFk: ifjf/k dksj tksfuax: i`Fkd FkeZy Cy‚d

ifjf/k vkSj dksj fjä LFkku ds fy, e‚My

fd;k tk,xkA ifjf/k ds LFkku dks ckgjh ;k

v/kZ ckgjh nhokj ds 5 ehVj ds Hkhrj fLFkr

fjä LFkku ds :i esa ifjHkkf"kr fd;k x;k gSA

dksj fjä LFkku dks cká ;k v/kZ ckgjh nhokj

ds 5 ehVj ls vf/kd fLFkr fjä LFkku ds :i

esa ifjHkkf"kr fd;k x;k gSA i`Fkd FkeZy Cy‚dksa

dks Hkwfe ds laidZ esa vkSj Q'kZ ds fy, e‚My

çLrkfor fMtkbu ds leku

3292

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

fd;k tk,xk tks fd ifjos'k ds fy, Nr@Nr

dk vkoj.k gSA

,poh,lh

iz.kkyh

çLrkfor fMtkbu esa ,poh,lh iz.kkyh çdkj

vkSj lHkh lacaf/kr çn'kZu ekinaMksa] tSls fd

midj.k {kerk,a vkSj n{krk fuEukuqlkj

fu/kkZfjr dh tk,axh%

¼,½ tgka ,d iw.kZ ,poh,lh ç.kkyh ekStwn gS]

e‚My okLrfod ?kVd {kerkvksa vkSj n{krkvksa

ds ek/;e ls okLrfod ç.kkyh çdkj dks

çfrfcafcr djsxkA

¼ch½ tgka ,d ,poh,lh iz.kkyh fMtkbu fd;k

x;k gS] ,poh,lh e‚My fMtkbu nLrkostksa ds

vuq:i gksxkA

;kaf=d midj.k dh n{krk okLrfod fMtkbu

ifjfLFkfr;ksa ls §5 esa fufnZ"V jsfVax 'krksaZ esa

lek;ksftr dh tk,xh] ;fn ;g fleqys'ku

e‚My ds fy, vko';d gSA

¼lh½ tgka dksbZ rkiu iz.kkyh fufnZ"V ugha fd;k

x;k gS] ogkW rkiu iz.kkyh dks gh fo|qr eku

fy;k tk,xkA iz.kkyh fo'ks"krk;sa ekud fMtkbu

esa e‚Mfyax ç.kkyh ds leku gksxkA

¼Mh½ tgka dksbZ 'khryu ç.kkyh fufnZ"V ugha dh

xbZ gS] 'khryu ç.kkyh vkSj bldh fo'ks"krkvksa

ds ekud fMtkbu esa ç;qä ç.kkyh ds leku

gksxhA

,poh,lh iz.kkyh çdkj lkfj.kh 9&2

ds vuqlkj gksxk vkSj ekud fMtkbu

ds fy, lacaf/kr çn'kZu izkpy §9-4-2

dh vko';drkvksa ls fu/kkZfjr fd,

tk,axsA midj.k çn'kZu dks §5 dh

vko';drkvksa dks iwjk djuk gksxk]

ftlls og ,d dksM vuqikfyr Hkou

gks ldsA

lqfo/kk

xeZ

çLrkfor fMtkbu esa lqfo/kk xeZ ty ç.kkyh

çdkj vkSj lHkh lacaf/kr çn'kZu ekinaMksa] tSls

fd midj.k dh {kerk,a vkSj n{krk] fuEukuqlkj

fu/kkZfjr dh tk,axhA

¼,½ tgka ,d iw.kZ lqfo/kk xeZ ty ç.kkyh

ekStwn gS] e‚My okLrfod ?kVd {kerkvksa vkSj

n{krkvksa dk mi;ksx dj okLrfod ç.kkyh

çdkj dks çfrfcafcr djsxkA

¼ch½ tgka ,d lqfo/kk xeZ ty iz.kkyh rS;kj dh

xbZ gS] lqfo/kk xeZ ty dk e‚My fMtkbu

nLrkostksa ds vuq:i gksxkA

¼lh½ tgka dksbZ lqfo/kk xeZ ty iz.kkyh ekStwn

ugha gS] ;k fufnZ"V dh tkrh gS] dksbZ Hkh lqfo/kk

xeZ ty iz.kkyh e‚My ugha fd;k tk,xkA

lqfo/kk xeZ ty ç.kkyh çdkj

çLrkfor fMtkbu ds :i esa ,d

tSlk gh çdkj gksxkA

vkoklh; lqfo/kkvksa] gksVy vkSj

vLirkyksa ds fy, ekud fMtkbu esa

xeZ ikuh dh ekax dk 20% iwjk

djus esa l{ke ,d lkSj xeZ ty

ç.kkyh gksxhA

iz.kkyh

§5-2-9-2

n{krk

vko';drkvksa

dks

iwjk

djsxk]

§5-2-9-4

ikbi

bUlqys'ku

vko';drkvksa vkSj §5-2-9-5 ds

vuqlkj rki tky dks 'kkfey djsaxkA

fofo/k Hkkj

jslsiVsdy eksVj] vkSj çfØ;k Hkkj dk fuekZ.k

vkSj Hkou çdkj ;k Lisl çdkj Js.kh ds vk/kkj

ij vuqekfur fd;k tk,xkA bu Hkkjksa dks Hkou

ds fleqys'ku esa 'kkfey fd;k tk,xk vkSj

ekud fMtkbu vkSj çLrkfor fMtkbu dh

jslsiVsdy eksVj vkSj çfØ;k Hkkj dks

çLrkfor fMtkbu ds :i esa mlh

:i esa rS;kj fd;k tk,xkA

fleqys'ku

dk;ZØe

e‚Mfyax

lhek,a

lkfj.kh 9&

Ukke

iz.kkyh izd

x.k

Hkou

var

fo' s

tkr

osafV

ghV

lhf

esa

;fn

esa

ugh

¼,½

Åt

tku

¼ch½

¼lh

fMt

okys

e‚M

¼Mh

fMt

fy,

&2 ekud fM

gks

iz.

dkj²

fLI

jkti=]

kuk djrs l

u ds Hkhrj

r&mi;ksx y

'ks"k :i ls b

rk gS] ysfdu

fVys'ku ia[ks]

Vj vkSj iaiksa

idj.k] vkSj

fer ugha gSA

fn fleqys'k

'kkfey fdl

gha dj ldr

,d izkf/kdj

i;ksx fd;k t

?kVd ij

tkZ izHkko ugh

uk egRoiw.kZ

½ ?kVd d s

eku ?kVd e‚

h½ bl lkfj.

tkbu ds ,p

ys ,poh,lh

My fd;k tk

h½ tks Hkh f

tkbu vkSj

, leku :i

fMtkbu ds fy

kVy @ eksV

Lirky ds

d{k] gksVy v

d{k]

fjl

oyk]

okVZj

i;ksx

o|ky;]

d{kk,a @O;k

dej^s1

.kkyh ,

LIyV ,lh

fgekpy izns

le; blesa 'k

j vkSj ml

yksM ?kVd

bl lkfj.kh

u fu"dklu

ckgjh Hkou

k] fy¶V vkSj

[kkuk idku

ku çksxzke

lh ?kVd ;

rk gS] rks fu

j.k {ks=kf/kd

tk,xk%

/;ku u nsa

gh iMrk rks

ugha gSA

dks ,d Fke s

‚My çfrLFkk

.kh ds /kkjk

poh,lh iz.kky

iz.kkyh ?kV

k;sxkA

fof/k p;fur

ekud fMtk

i ls e‚Mfyax

fy, ,poh,l

Vy]

jksxh

vfrfFk

l‚VZ~l]

yhfiax

fefJr

Hkou]

k[;ku

Hkou

okrk

12]5

iz.kky

ns'k] 05 tqyk

kkfey fd;k

lds lkFk tq

gksaxsA tc

esa 'kkfey u

ia[ks] ikfdaZ

çdk'k] fLo

j ,LdsysVj]

us ds midj

çLrkfor

;k iz.kkyh d

uEufyf[kr fo

dkjh ds vuq

;fn VªsM&

bl ij fop

eksZMk;ukfed

kfir djsxkA

6 ds vuqlk

yh dk mi;

Vd ;k flL

r gS] ?kVd

kbu e‚My

x fd, tk,axs

lh iz.kkyh eSi

u dk

kuqdwfyr {ks=

00 eh²

;k cjkcj

yh ch

oh-vkj-,Q-%

kbZ] 2019@1

tk,xkA

tqM+s lHkh

rd fd

ugha fd;k

dx xSjkt

ofeax iwy

'khryu

j.k] rd

fMtkbu

dks e‚My

fof/k;ksa esa

uqeksnu ls

&vkQ ij

pkj fd;k

:i ls

kj ekud

;ksx djus

lLVe dks

çLrkfor

nksuksa ds

xsA

Hkou d

{ks= 12

vf/kd

iz.kkyh

oh,oh%

4 vk"kk<+] 19

çLrkfor fMt

dk okrkuqdwfy

2]500 eh²

çR;sd {ks=

941

tkbu ds le

MkVk l

loZj

d{k

iz.kkyh

daI;wV

329

eku

lsaVj @

@daI;wV

h Mh

wVj d{k ,;j

3294

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

osfj,cy jsfÝtjsaV

çokg

fy, oSfj,cy o‚Y;we

,-,p-;w- ds lkFk

dsaæh; 'khryd IykaV

daMh'kuj

ia[kk fu;a=.k

daLVUV o‚Y;we

oSfj,cy o‚Y;we

daLVUV o‚Y;we

'khryd çdkj

,;j daMsulj ds

lkFk çR;{k foLrkj

,;j dwYM

daMsulj ds lkFk

çR;{k foLrkj

BaMk ikuh daMsalj ds

lkFk vfr BaMk ikuh

,;j dwYM

daMsulj ds lkFk

çR;{k foLrkj

rkiu çdkj

1- rki iEi% tgka

dksbZ

rkiuz.kkyh

fufnZ"V ugha fd;k

x;k gS ;k tgka

bysfDVªd

rkiu

iz.kkyh

çLrkfor fMtkbu

esa fufnZ"V fd;k

x;k gSA

2- thok'e bZa/ku

okf"i=% tgka ,d

rkiu

iz.kkyh

ekStwn gS vkSj ,d

thok'e bZa/ku xeZ

okf"i=

çLrkfor fMtkbu

esafufnZ"V fd;k

x;k gS

1- rki iEi% tgka

dksbZ rkiu iz.kkyh

fufnZ"V ugha fd;k

x;k gS ;k tgka

bysfDVªd

rkiu

iz.kkyh

çLrkfor fMtkbu

esa fufnZ"V fd;k

x;k gSA

2- thok'e bZa/ku

c‚;yj:

tgka

,d rkiu iz.kkyh

ekStwn gS vkSj ,d

thok'e bZa/ku xeZ

ikuh

okf"i=

çLrkfor fMtkbu

esa fufnZ"V fd;k

x;k gS

1- fo|qr çfrjks/k% tgka

dksbZ

rkiu

iz.kkyh

fufnZ"V ugha fd;k x;k

gS ;k tgka fo|qr

rkiu iz.kkyh

esa fufnZ"V fd;k x;k

gSA

2- thok'e bZa/ku

okf"i=%

tgka

rkiu iz.kkyh ekStwn gS

vkSj ,d thok'e bZa/ku

xeZ

okf"i=

çLrkfor fMtkbu esa

fufnZ"V fd;k x;k gSA

,u-,-

fVIif.k;ka%

1- lwphc} vf/kHkksx çdkjksa ds lkFk fefJr mi;ksx Hkou® esa lwph c) vf/kHkksx çdkj ;k fjä

LFkku ds fy;sA

2- tgka fo'ks"krkvksa ,d ls vf/kd iz.kkyh çdkj ds fy, ,d Hkou dks ;ksX; cukrs gSa] ekud

fMtkbu iz.kkyh çdkj fu/kkZfjr djus d fy, çeq[k fLFkfr dk mi;ksx djsa] c'krsZ xSj&çeq[k

'krksaZ okrkuqdwfyr eafty {ks= ds 1]000 eh² ls de ij ykxw gksaA xSj&çeq[k fLFkfr;ksa ds fy,

vfrfjä iz.kkyh çdkj dk mi;ksx djsa ;fn mu 'krksaZ dks okrkuqdwfyr eafty {ks= ds 1]000

ls vf/kd eh² ij ykxw gksrs gSaA

fdlh Hkh LFkku ds fy, vfrfjä iz.kkyh çdkj dk mi;ksx djsa] ftlesa çeq[k LFkku ds çdkj

dh rqyuk esa ihd yksM vkSj@;k ifjpkyu ?kaVs esa i;kZIr varj gSA ,slh txgsa 'kkfey gks

ldrh gSa ysfdu daI;wVj@loZj dejs] fjgk;'kh bykdks aes a[kqnjk {ks= ;k dk;kZy; Hkou® rd

lhfer ugha gSaA

9-4-2-1 U;wure ckgjh ok;q njs %

U;wure ckgjh ok;q nj ekud fMtkbu vkSj çLrkfor nksuksa ds fy, leku gksxh fMtkbu] dks

NksM+dj

¼,

¼c

9-4-2-2 QS

vkSj xSjv

9-4-2-3 QS

¼,

¼c

lkfj.kh 5

mijksä b

9-4-2-4 fM

ekud fM

lsfYl;l

ds vuqlkj

9-4-2-5 bd

tk;sxkA

fy, ekWMy

9-4-2-6 Å

9-4-2-7 v

13-3 fMxzh

,½ tc çLr

vuqlkj

ch½ tc çLr

vf/kd g

vuqlkj

fd;k t

QSu vuqlwfp;

tc Hkh fjä

vf/kokflr le

QSu ikoj %

,½ flLVe ç

iQSu ¾ lh,e

tgka iQSu ¾

lh,e,p¾fleq

ch½ flLVe ç

QSu ÅtkZ 62

&12 esa fufn

buiqVksa ds vk

fMtkbu ,;j¶

Mtkbu ds fy

ds rkieku

j gksaxsA

dksuksekbtj

,;j lkbM b

§9-4-2-5 ds v

y ugha fd;k

ÅtkZ fjdojh

§5-3 dh vko

vfr BaMk ikuh

vfr BaMk iku

xh lsfYl;l

jkti=]

rkfor fMtkb

ekud fMtk

rkfor fMtkb

gksrk gS] rks

ekWMy fd;k

tk,xk ¼ekud

;ka %

LFkku vf/kok

e; ds nkSjku

çdkj ,] ch

e,p ×0-51

ekud fMt

eqys'ku l‚¶V

çdkj lh ds

22 ih, fLFk

fnZ"V ÅtkZ v S

k/kkj ij Lop

¶yks njsa %

fy, fMtkbu

ds varj ds

¼ok;q lkbM

bdksuksekbtj

viokn: ,;

k tk,xkA

iqu% izkfIr %

o';drkvksa ds

uh fMtkbu v

uh fMtkbu

ij gksxkA

fgekpy izns

bu esa e‚Mfy

kbu esa Mhlho

bu esa ykxw

ekud fMt

k tk,xk vkSj

d ls vf/kd f

kflr gksrk gS

u rkiu vkSj

vkSj Mh ds

tkbu QSu t

Vos;j }kjk e

d fy,

kj ncko ;k

vkSj n{krk dh

pkfyr :i l

u ,;j¶yks n

ds vk/kkj ij

vkSj okVj l

j §5-3-3 dh

;jlkbM bd

ds vuqlkj Å

vkiwfrZ rkiek

esa vkiwfrZ d

ns'k] 05 tqyk

fyax u;af=r

oh dh vko';

dksM }kjk

tkbu dks y

j çLrkfor f

fMtkbu½

gS rks vkiwfrZ

dwfyax yksM

fy,]

tkZ okV esa

ekud fMtkb

k fMt+kbu fL

h lhek ds v

ls ekud fMt

njsa vkiwfrZ g

vkdkj dh

lkbM½ %

dh vko';dr

dksuksekbtj d

ÅtkZ iqu% izkfI

ku %

dk rkieku 6

kbZ] 2019@1

laokru dh

;d ugha gS½

U;wure izokg

ykxw dksM }k

fMtkbu dks

vkSj okilh

M dks iwjk dj

bu vkiwfrZ ,;

fLFkj ncko

vuqlkj e‚My

tkbu QSu Å

gok vkSj de

tk,axhA çL

rkvksa ds vuq

dks ekud fM

fIr ekud fM

6-7 fMxzh lsf

4 vk"kk<+] 19

ekWx djrh

g vko';d

kjk vko';d

okLrfod fM

ds QSu dks

jus ds fy,

;j¶yks nj d

tks Hkh vf/k

y fd;k tk,

ÅtkZ dh x.k

ejs dh gok

Lrkfor fMtk

uqlkj ekud

fMtkbu ,poh

Mtkbu esa ekWM

fYl;l ij

941

gks ¼Mhlhoh

U;wure lao

d U;wure l

fMtkbu ds v

fujarj dke

pdz pyk;k

dks v‚Vks&lk

f kd gks dk

,xkA fleqys'

kuk djsxkA

ds rkieku

kbu ,;j¶yks

fMtkbu esa

oh,lh iz.kkyh

My fd;k t

gksxk vkSj o

329

h½ §5-2-1-4 d

okru çokg l

laokru nj d

vuqlkj ekWMy

e djuk pkfg

tk,xkA

kbt djukA

mi;ksx djd

'ku l‚¶Vos;

ij 11 fMxz

ks njsa fMtkb

e ekWMy fd;

yh çdkj , d

tk,xkA

okilh rkiek

fg,

;j]

xzh

3296

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

9-4-2-8 fpylZ %

dsoy bysfDVªd fpyjksa dks flLVe lh ds fy, ekud fMtkbu esa ekWMy fd;k tk,xkA fpylZ

lkfj.kh 5&1 vkSj lkfj.kh 5&2 esa of.kZr U;wure n{krk vko';drkvksa dks iwjk djsxkA ekud fMtkbu esa

fpylZ uhps nh x;h lkfj.kh 9&3 ds vuqlkj p;u fd;k tk,xk(

lkfj.kh 9&3 çLrkfor vkSj ekud fMtkbu dh x.kuk ds fy, e‚Mfyax vko';drk,a

pksVh Hkou dwfyax Hkkj ¼fd-okV½

fpyj çdkj

< 1,055

1 ikuh dwYM LØw fpyj

1]055 ls 2]110

2 ikuh dwYM LØw fpyj

> 2]110

U;wure 2 ikuh dwYM lsaVªh¶;wxy fpylZ] mruk gh cjkcj

vkdkj gksxk fd dksbZ fpyj 2]813 fdyksokV ls vf/kd u gks

mi;ZDr ls viokn% ok;q dwYM fpylZ dks ekud fMtkbu esa e‚Mfyax dh vuqefr gS vxj

çLrkfor fMtkbu esa ok;q dwYM fpylZ gSaA ;fn çLrkfor Hkou esa gok vkSj ikuh dwYM fpyjksa dk feJ.k

gksrk gS] rks ekud fMtkbu dks çLrkfor fMtkbu ds :i esa mlh vuqikr esa gok vkSj ikuh dwYM fpyjksa

ds feJ.k ds lkFk rS;kj fd;k tk,xkA gkykafd] ;g viokn dsoy U;wure bZlhchlh vuqikyu ds fy,

ykxw gksrk gSA bZlhchlh+ vkSj lqijbZlhchlh Hkouksa dh vko';drkvksa ds vuqikyu dk çn'kZu djrs le;

,;j dwYM fpyjksa dks ekud fMtkbu esa ekWMy ugha fd;k tk,xkA

9-4-2-9 vfr BaMk ikuh iEil~ %

ekud fMtkbu ds fy, vfr BaMk vkSj daMsulj ikuh iai lkfj.kh 5&15 esa fufnZ"V ÅtkZ vkSj n{krk lhek

ds vuqlkj fd;k tk,xkA ekud fMtkbu esa vfr BaMk ikuh iaiksa dks çkFkfed ek/;fed ds :i esa

ifjorZuh; ek/;fed çokg ds lkFk e‚Mfyax fd;k tk,xkA

9-4-2-10 'khryd ehukjs dwfyax VkWoj %

ekud fMtkbu esa dwfyax V‚oj lkfj.kh 5&18 ds vuqlkj ÅtkZ vkSj n{krk ds lkFk [kqys lfdZV

v{kh; çokg ehukj ds :i esa rS;kj fd;k tk,xkA ia[kksa dks nks xfr ds :i esa rS;kj fd;k tk,xkA

daMsulj ikuh ds fMtkbu dh vkiwfrZ dk rkieku 29-4°C ;k 5-6°C xhyk cYc rkieku ds n`f"Vdks.k ls

tks Hkh de gks] 5-6°C ds fMtkbu rkieku dh o`f) ds lkFk gksxkA

9-4-2-11 okf"i= %

ekud fMtkbu okf"i= dks çk—frd Mªk¶V okf"i= ds :i esa rS;kj fd;k tk,xk vkSj çLrkfor

fMtkbu ds :i esa ,d gh bZa/ku dk mi;ksx djsxkA okf"i= n{krk lkfj.kh 5&19 ds vuqlkj e‚My dh

tk,xhA

9-4-2-12 xeZ ty fMtkbu vkiwfrZ rkieku %

xeZ ty ds fMtkbu dh vkiwfrZ dk rkieku 82 fMxzh lsfYl;l ij vk/kkfjr vkSj okilh dk

rkieku 54 fMxzh lsfYl;l ij gksxkA

9-4-2-13 xeZ ty iEi %

ekud fMtkbu xeZ ty iaiksa dh U;wure n{krk 70 izfr'kr iEi 'kfDrekud vkSj 300 W/l-s^-1

gksxkA ekud fMtkbu xeZ ty iaiksa dks çkFkfed ek/;fed ds :i esa ifjorZuh; ek/;fed çokg ds lkFk

ekWMy fd;k tk,xkA

3297

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

9-4-2-14 ifjlj@tuinh; 'khyryu iz.kkyh %

lHkh tuinh; 'khryu la;a= dks fxzM ls fctyh feysxh ;g ekuk tk,xk] tc rd fd mfpr

nLrkostksa ds tfj, fufnZ"V vkSj lefFkZr ugha fd;k tk,A u, tuinh; la;a=ksa dk bZlhchlh ds vfuok;Z

vko';drkvksa dk vuqikyu djuk gksxk pkgs ml tuinh; la;a= dk dksbZ Hkh ekfyd gks vkSj@;k dksbZ Hkh

lapkfyr djrk gksA ifj;kstuk,a e‚Mfyax ifjlj@tuinh; 'khryu iz.kkyh ds fy, uhps fn, x, fodYi

, ;k fodYi ch dks pqu ldrs gSaA

fodYi %

'khryu lzksr dks ekud fMtkbu vkSj çLrkfor fMtkbu nksuksa esa [kjhnh xbZ vfr BaMk ikuh ds

vuqlkj rS;kj fd;k tk,xkA ekud fMtkbu ds fy,] lkfj.kh 9&2 ,poh,lh iz.khyh ekufp= dks

fuEukuqlkj la'kksf/kr fd;k tk,xk%

¼,½ iz.kkyh çdkj lh ds fy,] [kjhnk x;k vfr BaMk ikuh 'khryu lzksr ds :i esa rS;kj fd;k

tk,xkA

¼ch½ iz.kkyh çdkj , vkSj ch dks nks&ikbi QSu Dokby ç.kkyh ds lkFk cny fn;k tk,xk vkSj

'khryd lzksr ds :i esa [kjhnk gqvk vfr BaMk ikuh ekuk tk;sxkA l‚¶Vos;j }kjk flE;qysV

fd;s x, vfr BaMk ikuh@rkih; ÅtkZ [kir dks dsMCY;w,p dh bdkb;ksa esa ifjofrZr fd;k

tk,xk vkSj lexz Hkou ÅtkZ [kir esa tksM+k tk,xkA fuEufyf[kr ifjorZd ?kVdks dks vfr

BaMk ikuh@rkih; ÅtkZ [kir dks dsMCY;w,p dh bdkb;ksa esa ifjofrZr djus ds fy, mi;ksx

fd;k tk,xkA

1 Vu ?kaVs ¾ 0-85 dsMCY;w,p

1 ,echVh;w ¾ 1]000]000 chVh;w ¾ 293 dsMCY;w,p

fodYi ch %

lkfj.kh 9&2 ,poh,lh iz.kkyh ekufp= ds vuqlkj ekud fMt+kbu dks rS;kj fd;k tk,xkA

çLrkfor fMtkbu ds fy, ,d vkHkhlh fpYM ikuh la;a= rS;kj fd;k tk;sxk ftlds lkFk §9-4-2-7

ls §9-4-2-10 ds vuqlkj U;wure n{krk Lrjksa ij vk/kkfjr fpyj] iaIl vkSj 'khryd ehukjksa dks Hkh rS;kj

fd;k tk;sxk ,;jlkbM@de rjQ {kerkvksa dks fMtkbu ds vuqlkj e‚My fd;k tk,xk vkSj la;a= dh

{kerk l‚¶Vos;j }kjk Lor% vkdkj fd;k tk ldsxkA

lkfj.kh 9&4 Lor% çdk'k fu;a=.k ds fy, ikoj lek;kstu ?kVd

Lopkfyr fu;a=.k ;a=

fnu ds le; vf/kHkksx vkSj {ks= < 300 eh²

vU; lHkh

izksxzke ;ksX; le; fu;a=.k

10%

v‚D;wisalh lsalj

10%

v‚D;wisalh lsalj vkSj çksxzke

;ksX; le; fu;a=.k

15%

10%

3298

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

9-4-3 bZlhchlh] bZlhchlh+vkSj lqij bZlhchlh Hkouksa ds fy;s vuqikyu FkzslgksYM %

Hkouksa dks bZlhchlh+ vkSj lqij bZlhchlh Hkouksa ds :i esa vgZrk çkIr djus ds fy,] MCY;wchih

i)fr dk ç;ksx ekud fMtkbu ds fy, fd;k tk,xk] tSlk fd Åij crk;k x;k gSA bZlhchlh$+ vkSj

lqijbZlhchlh Hkouksa ds fy, çLrkfor fMtkbu §4-2, §5-2] §6-2] vkSj §7-2 ds vfuok;Z çko/kkuksa dks

iwjk djsxkA

bZlhchlh$ vkSj lqijbZlhchlh Hkouksa ds fy, bZihvkbZ vuqikr lkfj.kh 9&5 ds rgr lwphc) dh

x;h bZihvkbZ vuqikr ds cjkcj ;k mlls de gksxkA

9- 5 vf/kdre vuqeksfnr bZihvkbZ vuqikr %

Lkfj.kh 9&5% fefJr tyok;q ds fuekZ.k ds fy, vf/kdre Loh—r bZihvkbZ vuqikr

Hkou çdkj

fefJr

bZlhchlh

bZlhchlh$+

lqijbZlhchlh

gksVy ¼ rkjkafdr vkSj vrkjkafdr gksVy ½

0.91

0.81

vkJ;

0.88

0.76

vLirky

0.85

0.77

oká jksxh lsok

0.85

0.75

lHkkxkj

0.86

0.77

dk;kZy; ¼fu;fer mi;ksx½

0.86

0.78

dk;kZy; ¼24 ?kaVs½

0.88

0.76

fo|ky; vkSj fo'ofo|ky;

0.77

0.66

vksiu xSyjh e‚y

0.85

0.76

'k‚fiax e‚y

0.86

0.74

lqijekdsZV

0.81

0.70

iêh [kqnjk

0.82

0.68

Lkfj.kh 9&6% BaMh tyok;q ds fuekZ.k ds fy, vf/kdre Loh—r bZihvkbZ vuqikr

Hkou çdkj

fefJr

bZlhchlh

bZlhchlh$+

lqijbZlhchlh

gksVy ¼rkjkafdr vkSj vrkjkafdr gksVy½

0.91

0.82

vkJ;

0.88

0.75

vLirky

0.88

0.80

oká jksxh lsok

0.85

0.75

lHkkxkj

0.87

0.81

dk;kZy; ¼fu;fer mi;ksx½

0.88

0.80

dk;kZy; ¼24 ?kaVs½

0.87

0.75

fo|ky; vkSj fo'ofo|ky;

0.85

0.73

vksiu xSyjh e‚y

0.82

0.73

'k‚fiax e‚y

0.96

0.93

3299

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

lqijekdsZV

0.80

0.68

iêh [kqnjk

0.80

0.66

9-6 vuqlwfp;ka %

Lkfj.kh 9&7 O;kikj Hkouksa ds fy, dh vuqlwph

O;olkf;d

v‚D;wisalh vuqlwph

çdk'k vuqlwph

midj.k lwph

fy¶V vuqlwph

le; lhek

fnu

O;kikj

24 ?kaVs

O;kikj

fnu

O;kikj

24 ?kaVs

O;kikj

fnu

O;kikj

24 ?kaVs

O;kikj

fnu

O;kikj

24 ?kaV O;kikj

00:00-01:00

0.00

0.90

0.05

0.90

0.00

0.95

0.05

0.55

01:00-02:00

0.00

0.90

0.05

0.90

0.00

0.95

0.05

0.25

02:00-03:00

0.00

0.90

0.05

0.90

0.00

0.95

0.05

0.25

03:00-04:00

0.00

0.90

0.05

0.90

0.00

0.95

0.05

0.15

04:00-05:00

0.00

0.50

0.05

0.50

0.00

0.05

0.35

05:00-06:00

0.00

0.20

0.05

0.00

0.05

0.50

06:00-07:00

0.00

0.10

0.05

0.00

0.20

07:00-08:00

0.10

0.30

0.90

0.00

0.95

0.40

08:00-09:00

0.20

0.90

0.10

0.95

0.80

09:00-10:00

0.95

0.90

0.95

0.80

10:00-11:00

0.95

0.90

0.95

0.55

11:00-12:00

0.95

0.90

0.95

0.35

12:00-13:00

0.95

0.90

0.95

0.25

13:00-14:00

0.50

0.20

0.50

0.80

0.20

0.95

14:00-15:00

0.95

0.90

0.95

15:00-16:00

0.95

0.90

0.95

0.35

16:00-17:00

0.95

0.90

0.95

0.15

0.35

17:00-18:00

0.95

0.90

0.95

0.90

0.95

0.75

0.70

18:00-19:00

0.30

0.90

0.50

0.90

0.50

0.20

0.95

19:00-20:00

0.10

0.20

0.30

0.90

0.10

0.95

0.50

20:00-21:00

0.10

0.90

0.30

0.90

0.10

0.95

0.30

0.35

21:00-22:00

0.10

0.90

0.20

0.90

0.00

0.95

0.20

0.25

22:00-23:00

0.00

0.90

0.10

0.90

0.00

0.95

0.05

0.25

23:00-24:00

0.00

0.90

0.05

0.90

0.00

0.20

0.05

0.55

3300

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

Lkfj.kh 9&8 lHkkxkj ds fy, dh vuqlwph

lHkkxkj

le; lhek

v‚D;wisalh

vuqlwph

çdk'k vuqlwph

midj.k vuqlwph

fy¶V

vuqlwph

,poh,lh QSu

vuqlwph ¼pkyw

@can½

ckgjh çdk'k

vuqlwph

ry?kj laokru

ry?kj çdk'k

00:00-01:00

0.00

0.80

0.00

0.80

01:00-02:00

0.00

0.80

0.00

0.10

02:00-03:00

0.00

0.80

0.00

0.10

03:00-04:00

0.00

0.80

0.00

0.10

04:00-05:00

0.00

0.80

0.00

0.10

05:00-06:00

0.00

0.80

0.00

0.10

06:00-07:00

0.00

0.10

07:00-08:00

0.00

0.10

08:00-09:00

0.20

0.40

0.30

0.20

0.00

1.00

0.80

09:00-10:00

0.20

0.75

0.50

0.00

1.00

0.80

10:00-11:00

0.20

0.95

0.50

0.00

1.00

0.80

11:00-12:00

0.80

0.95

0.50

0.00

1.00

0.80

12:00-13:00

0.80

0.95

0.50

0.00

1.00

0.80

13:00-14:00

0.80

0.95

0.50

0.00

1.00

0.80

14:00-15:00

0.80

0.95

0.50

0.00

1.00

0.80

15:00-16:00

0.80

0.95

0.50

0.00

1.00

0.80

16:00-17:00

0.80

0.95

0.50

0.00

1.00

0.80

17:00-18:00

0.80

0.95

0.50

0.00

1.00

0.80

18:00-19:00

0.50

0.95

0.50

0.80

1.00

0.80

19:00-20:00

0.20

0.40

0.30

0.40

0.80

1.00

0.80

20:00-21:00

0.20

0.40

0.30

0.20

0.80

1.00

0.80

21:00-22:00

0.20

0.40

0.30

0.20

0.80

1.00

0.80

22:00-23:00

0.10

0.00

0.80

1.00

0.80

23:00-24:00

0.10

0.00

0.80

0.00

0.80

Lkfj.kh 9&9 O;olkf;d ds fy, vuqlwph& dk;kZy; Hkou

O;olkf;d & dk;kZy;

,poh,lh QSu vuqlwph

¼pkyw @can½

Ckgjh çdk'k

vuqlwph

ry?kj laokru

ry?kj çdk'k

3301

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

le; lhek

fnu

O;kikj

24 ?kaVs

O;kikj

7 fnu@

lIrkg

fnu

O;kikj

24 ?kaVs

O;kikj

fnu

O;kikj

24 ?kaVs

O;kikj

00:00-01:00

0.80

0.00

1.00

0.05

1.00

01:00-02:00

0.80

0.00

1.00

0.05

1.00

02:00-03:00

0.80

0.00

1.00

0.05

1.00

03:00-04:00

0.80

0.00

1.00

0.05

1.00

04:00-05:00

0.80

0.00

1.00

0.05

1.00

05:00-06:00

0.80

0.00

1.00

0.05

1.00

06:00-07:00

0.00

1.00

0.05

1.00

07:00-08:00

0.00

1.00

0.05

1.00

08:00-09:00

0.00

1.00

09:00-10:00

0.00

1.00

10:00-11:00

0.00

1.00

11:00-12:00

0.00

1.00

12:00-13:00

0.00

1.00

13:00-14:00

0.00

1.00

14:00-15:00

0.00

1.00

15:00-16:00

0.00

1.00

16:00-17:00

0.00

1.00

17:00-18:00

0.00

1.00

18:00-19:00

0.80

1.00

19:00-20:00

0.80

1.00

20:00-21:00

0.80

1.00

21:00-22:00

0.80

0.00

1.00

0.05

1.00

22:00-23:00

0.80

0.00

1.00

0.05

1.00

23:00-24:00

0.80

0.00

1.00

0.05

1.00

Lkfj.kh 9&10 'kSf{kd ds fy, vuqlwph & fo|ky; Hkou ¼,½ %

'kSf{kd&fo|ky;

le; lhek

v‚D;wisalh vuqlwph

çdk'k vuqlwph

midj.k vuqlwph

Nk= {ks= cSd v‚fQl

Nk= {ks=

cSd v‚fQl

Nk= {ks= cSd v‚fQl

5 fnu@

lIrkg

5 fnu@

lIrkg

5 fnu@

lIrkg

5 fnu@

lIrkg

5 fnu@

lIrkg

5 fnu@

lIrkg

00:00-01:00

0.00

3302

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

01:00-02:00

0.00

02:00-03:00

0.00

03:00-04:00

0.00

04:00-05:00

0.00

05:00-06:00

0.00

06:00-07:00

0.00

0.20

0.00

07:00-08:00

0.70

0.00

0.90

0.70

0.35

08:00-09:00

0.90

0.95

09:00-10:00

0.90

0.95

10:00-11:00

0.90

0.95

11:00-12:00

0.20

0.90

0.20

0.90

0.20

0.95

12:00-13:00

0.90

0.95

13:00-14:00

0.90

0.30

0.95

0.40

14:00-15:00

0.00

0.90

0.00

0.90

0.00

0.95

15:00-16:00

0.00

0.90

0.00

0.90

0.00

0.95

16:00-17:00

0.00

0.90

0.00

0.90

0.00

0.25

17:00-18:00

0.00

0.50

0.00

0.30

0.00

18:00-19:00

0.00

0.10

0.00

19:00-20:00

0.00

20:00-21:00

0.00

21:00-22:00

0.00

22:00-23:00

0.00

23:00-24:00

0.00

'kSf{kd ds fy, vuqlwph & fo|ky; Hkou ¼ch½

'kSf{kd&fo|ky;

le; lhek

fy¶V

vuqlwph

,poh,lh QSu vuqlwph

¼pkyw @can½

Ckgjh

çdk'k

vuqlwph

ry?kj

laokru

ry?kj

çdk'k

Nk= {ks=

cSd v‚fQl

7 fnu@

lIrkg

5 fnu@

lIrkg

5 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

00:00-01:00

0.00

0.80

0.00

0.05

01:00-02:00

0.00

0.80

0.00

0.05

3303

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

02:00-03:00

0.00

0.80

0.00

0.05

03:00-04:00

0.00

0.80

0.00

0.05

04:00-05:00

0.00

0.80

0.00

0.05

05:00-06:00

0.00

0.80

0.00

0.05

06:00-07:00

0.05

0.00

0.05

07:00-08:00

0.80

0.00

0.05

08:00-09:00

0.80

0.00

1.00

09:00-10:00

0.25

0.00

1.00

10:00-11:00

0.25

0.00

1.00

11:00-12:00

0.25

0.00

1.00

12:00-13:00

0.25

0.00

1.00

13:00-14:00

0.90

0.00

1.00

14:00-15:00

0.60

0.00

1.00

15:00-16:00

0.20

0.00

1.00

16:00-17:00

0.30

0.00

1.00

17:00-18:00

0.40

0.00

1.00

0.50

18:00-19:00

0.00

0.80

0.00

0.05

19:00-20:00

0.00

0.80

0.00

0.05

20:00-21:00

0.00

0.80

0.00

0.05

21:00-22:00

0.00

0.80

0.00

0.05

22:00-23:00

0.00

0.80

0.00

0.05

23:00-24:00

0.00

0.80

0.00

0.05

Lkfj.kh 9&11 'kSf{kd ds fy, vuqlwph & fo'ofo|ky; Hkou ¼,½

'kSf{kd & fo'ofo|ky;

le; lhek

v‚D;wisalh vuqlwph

çdk'k vuqlwph

midj.k vuqlwph

Nk= {ks=

cSd

v‚fQl

iqLrdky; vkSj

daI;wVj dsaæ

Nk= {ks=

cSd

v‚fQl

iqLrdky; vkSj

daI;wVj dsæ

Nk= {ks=

cSd

v‚fQl

iqLrdky; vkSj

daI;wVj dsæ

5 fnu@

lIrkg

5 fnu@

lIrkg

7 fnu@

lIrkg

5 fnu@

lIrkg

5 fnu@

lIrkg

7 fnu@

lIrkg

5 fnu@

lIrkg

5 fnu@

lIrkg

7 fnu@

lIrkg

00:00-01:00

0.00

0.10

01:00-02:00

0.00

0.10

02:00-03:00

0.00

0.10

03:00-04:00

0.00

0.10

04:00-05:00

0.00

0.10

05:00-06:00

0.00

0.10

06:00-07:00

0.00

0.35

0.10

07:00-08:00

0.40

0.00

0.90

0.00

0.35

0.95

0.10

3304

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

08:00-09:00

0.90

0.30

0.90

0.95

0.70

09:00-10:00

0.90

0.40

0.90

0.95

0.70

10:00-11:00

0.90

0.50

0.90

0.95

0.70

11:00-12:00

0.90

0.50

0.90

0.95

0.70

12:00-13:00

0.90

0.50

0.90

0.95

0.70

13:00-14:00

0.10

0.20

0.60

0.30

0.20

0.40

0.70

14:00-15:00

0.90

0.50

0.90

0.95

0.70

15:00-16:00

0.90

0.50

0.90

0.95

0.70

16:00-17:00

0.90

0.50

0.90

0.95

0.70

17:00-18:00

0.40

0.00

0.50

0.90

0.50

0.90

0.95

0.10

0.80

18:00-19:00

0.00

0.60

0.00

0.90

0.00

0.10

0.80

19:00-20:00

0.00

0.60

0.00

0.90

0.00

0.10

0.80

20:00-21:00

0.00

0.60

0.00

0.90

0.00

0.10

0.80

21:00-22:00

0.00

0.90

0.00

0.10

0.80

22:00-23:00

0.00

0.90

0.00

0.10

0.80

23:00-24:00

0.00

0.10

0.00

'kSf{kd ds fy, vuqlwph & fo'ofo|ky; Hkou ¼ch½

fo'ofo|ky;

le; lhek

fy¶V vuqlwph

,poh,lh QSu vuqlwph ¼pkyw

@can½

Ckgjh

çdk'k

vuqlwph

ry?kj

laokru

ry?kj

çdk'k

iqLrdky; vkSj

daI;wVj dsaæ

Nk= vkSj cSd

v‚fQl

Nk= {ks=

cSd

v‚fQl

iqLrdky;

vkSj daI;wVj

dsæ

7 fnu@

lIrkg

7 fnu@

lIrkg

5 fnu@

lIrkg

5 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

00:00-01:00

0.00

0.80

0.00

0.05

01:00-02:00

0.00

0.80

0.00

0.05

02:00-03:00

0.00

0.80

0.00

0.05

03:00-04:00

0.00

0.80

0.00

0.05

04:00-05:00

0.00

0.80

0.00

0.05

05:00-06:00

0.00

0.80

0.00

0.05

06:00-07:00

0.00

0.05

07:00-08:00

0.00

0.25

0.00

0.05

08:00-09:00

0.50

0.25

0.00

1.00

09:00-10:00

0.50

0.25

0.00

1.00

10:00-11:00

0.30

0.25

0.00

1.00

3305

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

11:00-12:00

0.20

0.25

0.00

1.00

12:00-13:00

0.20

0.25

0.00

1.00

13:00-14:00

0.40

0.90

0.00

1.00

14:00-15:00

0.30

0.60

0.00

1.00

15:00-16:00

0.30

0.25

0.00

1.00

16:00-17:00

0.30

0.25

0.00

1.00

17:00-18:00

0.50

0.90

0.00

1.00

18:00-19:00

0.50

0.15

0.80

1.00

19:00-20:00

0.50

0.05

0.80

1.00

20:00-21:00

0.50

0.00

0.80

0.00

0.50

21:00-22:00

0.50

0.00

0.80

0.00

0.05

22:00-23:00

0.50

0.00

0.80

0.00

0.05

23:00-24:00

0.00

0.80

0.00

0.05

Lkfj.kh 9&12 LokLF; lsok ds fy, vuqlwph & vLirky Hkou ¼,½

LokLF; lsok & vLirky

le; lhek

v‚D;wisalh vuqlwph

çdk'k vuqlwph

jksxh vkSj vkbZlh;w esa

ifCyd Lisl

vksihMh vkSj dk;kZy;

uSnkfud]

vkikrdkyhu

vkSj vks-Vh-

ifCyd Lisl

jksxh vkSj vkbZlh;w esa

uSnkfud]

vkikrdkyhu

vkSj vks-Vh-

vksihMh vkSj dk;kZy;

fnu@

lIrkg

7 fnu@

lIrkg

6 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

6 fnu@

lIrkg

00:00-01:00

0.90

0.00

0.50

0.10

0.50

0.05

01:00-02:00

0.90

0.00

0.40

0.10

0.50

0.05

02:00-03:00

0.90

0.00

0.40

0.10

0.50

0.05

03:00-04:00

0.90

0.00

0.40

0.10

0.50

0.05

04:00-05:00

0.90

0.00

0.40

0.10

0.50

0.05

05:00-06:00

0.90

0.00

0.40

0.10

0.50

0.05

06:00-07:00

0.90

0.00

0.50

0.10

0.50

0.10

07:00-08:00

0.90

0.10

0.70

0.50

0.20

0.90

0.30

08:00-09:00

0.90

0.50

0.30

0.70

0.90

0.20

0.90

09:00-10:00

0.90

0.95

0.90

0.95

0.90

0.20

0.90

10:00-11:00

0.90

0.95

0.90

0.95

0.90

0.20

0.90

11:00-12:00

0.90

0.95

0.50

0.95

0.90

0.20

0.90

12:00-13:00

0.90

0.95

0.20

0.95

0.90

0.20

0.90

3306

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

13:00-14:00

0.90

0.95

0.50

0.95

0.90

0.20

0.90

14:00-15:00

0.90

0.95

0.90

0.95

0.90

0.20

0.90

15:00-16:00

0.90

0.95

0.90

0.95

0.90

0.20

0.90

16:00-17:00

0.90

0.95

0.90

0.95

0.30

0.20

0.90

17:00-18:00

0.90

0.70

0.90

0.95

0.30

0.70

0.90

18:00-19:00

0.90

0.50

0.95

0.30

0.90

0.50

19:00-20:00

0.90

0.30

0.50

0.95

0.30

0.90

0.50

20:00-21:00

0.90

0.10

0.50

0.00

0.30

0.90

0.50

0.30

21:00-22:00

0.90

0.00

0.50

0.00

0.30

0.90

0.50

0.20

22:00-23:00

0.90

0.00

0.10

0.00

0.30

0.70

0.50

0.10

23:00-24:00

0.90

0.00

0.10

0.50

0.05

LokLF; lsok ds fy, vuqlwph & vLirky Hkou ¼ch½

LokLF; lsok & vLirky

le; lhek

midj.k vuqlwph

fy¶V vuqlwph

jksxh vkSj

vkbZlh;w esa

uSnkfud]

vkikrdkyhu]

vkSj vks-Vh-

vksihMh vkSj

dk;kZy;

fy¶V

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

00-01 Hrs

0.40

0.00

0.20

01-02 Hrs

0.40

0.00

0.20

02-03 Hrs

0.40

0.00

0.20

03-04 Hrs

0.40

0.00

0.20

04-05 Hrs

0.40

0.00

0.20

05-06 Hrs

0.40

0.00

0.20

06-07 Hrs

0.40

0.00

0.50

07-08 Hrs

0.40

0.70

0.75

08-09 Hrs

0.40

0.90

1.00

09-10 Hrs

0.40

0.90

1.00

10-11 Hrs

0.40

0.90

1.00

11-12 Hrs

0.40

0.90

1.00

12-13 Hrs

0.40

0.90

0.75

13-14 Hrs

0.40

0.90

1.00

14-15 Hrs

0.40

0.90

1.00

15-16 Hrs

0.40

0.90

1.00

16-17 Hrs

0.40

0.60

1.00

3307

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

17-18 Hrs

0.40

0.60

1.00

18-19 Hrs

0.40

0.60

0.50

19-20 Hrs

0.40

0.60

0.50

20-21 Hrs

0.40

0.60

0.50

21-22 Hrs

0.40

0.00

0.30

22-23 Hrs

0.40

0.00

0.20

24-00 Hrs

0.40

0.00

0.20

LokLF; lsok ds fy, vuqlwph&vLirky Hkou ¼lh½

LokLF; lsok & vLirky

le; lhek

,poh,lh QSu vuqlwph ¼pkyw

@can½

ckgjh çdk'k O;oLFkk vuqlwph

lfoZl xeZ ikuh

ry?kj

laokru

ry?kj

çdk'k

ifCyd Lisl

fcLrj vkSj vkbZlh;w

uSnkfud]

vkikrdkyhu

vkSj vks-Vh-

vksihMh vkSj dk;kZy;

Hkou xehZ

Hkou lnhZ

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

00:00-01:00

1.00

0.00

0.30

0.50

01:00-02:00

1.00

0.00

0.30

0.50

02:00-03:00

1.00

0.00

0.30

0.50

03:00-04:00

1.00

0.00

0.30

0.50

04:00-05:00

1.00

0.00

0.30

0.50

05:00-06:00

1.00

0.00

0.30

0.50

06:00-07:00

0.00

0.30

0.50

07:00-08:00

0.00

0.20

0.50

08:00-09:00

0.00

0.20

0.60

1.00

09:00-10:00

0.00

0.30

0.60

1.00

10:00-11:00

0.00

0.30

0.80

1.00

11:00-12:00

0.00

0.30

0.80

1.00

12:00-13:00

0.00

0.25

0.70

1.00

13:00-14:00

0.00

0.25

0.80

1.00

14:00-15:00

0.00

0.25

0.80

1.00

15:00-16:00

0.00

0.25

0.70

1.00

16:00-17:00

0.00

0.25

0.70

1.00

17:00-18:00

0.00

0.10

0.50

1.00

18:00-19:00

1.00

0.00

0.35

1.00

19:00-20:00

1.00

0.00

0.35

1.00

3308

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

20:00-21:00

1.00

0.00

0.35

1.00

21:00-22:00

1.00

0.00

0.30

0.50

22:00-23:00

1.00

0.00

0.30

0.50

23:00-24:00

1.00

0.00

0.30

0.50

Lkfj.kh 9&13 LokLF; lsok ds fy, vuqlwph & cká jksxh LokLF; lsok Hkou ¼,½

LokLF; lsok & cká jksxh LokLF; lsok

v‚D;wisalh vuqlwph

çdk'k vuqlwph

midj.k vuqlwph

ykWch

Mk;XuksfLVd vkSj

vkikrdkyhu

vksihMh vkSj

cSd v‚fQl

Mk;XuksfLVd vkSj

vkikrdkyhu

vksihMh vkSj

cSd v‚fQl

Mk;XuksfLVd vkSj

vkikrdkyhu

vksihMh vkSj

cSd v‚fQl

6 fnu@

lIrkg

6 fnu@

lIrkg

6 fnu@

lIrkg

6 fnu@

lIrkg

6 fnu@

lIrkg

6 fnu@

lIrkg

6 fnu@

lIrkg

00:00-01:00

0.00

0.10

0.00

01:00-02:00

0.00

0.10

0.00

02:00-03:00

0.00

0.10

0.00

03:00-04:00

0.00

0.10

0.00

04:00-05:00

0.00

0.10

0.00

05:00-06:00

0.00

0.10

0.00

06:00-07:00

0.00

0.20

0.10

0.00

07:00-08:00

0.10

0.20

0.50

0.30

0.50

0.00

08:00-09:00

0.50

0.30

0.20

0.90

0.95

09:00-10:00

0.80

0.90

0.95

10:00-11:00

0.80

0.90

0.95

11:00-12:00

0.80

0.90

0.95

12:00-13:00

0.80

0.90

0.50

0.90

0.95

13:00-14:00

0.80

0.90

0.20

0.90

0.95

14:00-15:00

0.80

0.90

0.50

0.90

0.95

15:00-16:00

0.80

0.90

0.95

16:00-17:00

0.80

0.90

0.95

17:00-18:00

0.80

0.90

0.95

18:00-19:00

0.80

0.90

0.50

0.90

0.95

19:00-20:00

0.80

0.90

0.50

0.90

0.30

0.95

20:00-21:00

0.20

0.60

0.20

0.90

0.30

0.80

21:00-22:00

0.20

0.50

0.20

0.00

22:00-23:00

0.00

0.30

0.00

23:00-24:00

0.00

0.10

0.00

3309

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

LokLF; lsok ds fy, vuqlwph & cká jksxh LokLF; lsok Hkou ¼ch½

LokLF; lsok & cká jksxh LokLF; lsok

le; lhek

fy¶V vuqlwph

,poh,lh QSu

vuqlwph ¼pkyw @can½

ckgjh çdk'k

O;oLFkk vuqlwph

lfoZl xeZ ikuh

ry?kj

laokru

ry?kj

çdk'k

lexz Lisl

Hkou xehZ

Hkou lnhZ

6 fnu@

lIrkg

6 fnu@ lIrkg

7 fnu@

lIrkg

6 fnu@

lIrkg

6 fnu@

lIrkg

6 fnu@

lIrkg

6 fnu@

lIrkg

00:00-01:00

0.05

0.20

0.00

01:00-02:00

0.05

0.20

0.00

02:00-03:00

0.05

0.20

0.00

03:00-04:00

0.05

0.20

0.00

04:00-05:00

0.05

0.20

0.00

05:00-06:00

0.05

0.20

0.00

06:00-07:00

0.05

0.00

07:00-08:00

0.05

0.00

0.20

1.00

08:00-09:00

0.05

0.00

0.20

0.60

1.00

09:00-10:00

0.05

0.00

0.30

0.60

1.00

10:00-11:00

0.05

0.00

0.30

0.80

1.00

11:00-12:00

0.05

0.00

0.30

0.80

1.00

12:00-13:00

0.05

0.00

0.25

0.70

1.00

13:00-14:00

0.05

0.00

0.25

0.80

1.00

14:00-15:00

0.05

0.00

0.25

0.80

1.00

15:00-16:00

0.05

0.00

0.25

0.70

1.00

16:00-17:00

0.05

0.00

0.25

0.70

1.00

17:00-18:00

0.05

0.00

0.10

0.50

1.00

18:00-19:00

0.05

0.50

0.01

0.20

1.00

19:00-20:00

0.05

0.50

0.01

0.20

1.00

20:00-21:00

0.05

0.50

0.01

0.20

1.00

21:00-22:00

0.05

0.50

0.01

0.10

1.00

22:00-23:00

0.05

0.20

0.01

0.00

23:00-24:00

0.05

0.20

0.01

0.00

3310

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

Lkfj.kh 9&14 vkfrF; ds fy, vuqlwph & vkfrF; Hkou ¼,½

vfrF;

Lke; lhek

v‚D;wisalh vuqlwph

vfrfFk dejk

y‚ch

fo'ks"k {ks=

jsLVksjsaV

lIrkg fnu

lIrkgkar

lIrkg fnu

lIrkgkar

lIrkg fnu

lIrkgkar

lIrkg fnu

lIrkgkar

00:00-01:00

0.65

0.90

0.10

0.00

01:00-02:00

0.65

0.90

0.10

0.00

02:00-03:00

0.65

0.90

0.10

0.00

03:00-04:00

0.65

0.90

0.10

0.00

04:00-05:00

0.65

0.90

0.10

0.00

05:00-06:00

0.65

0.90

0.10

0.20

0.50

0.00

06:00-07:00

0.50

0.90

0.20

0.40

0.70

0.30

0.50

07:00-08:00

0.50

0.90

0.30

0.40

0.70

0.50

0.80

08:00-09:00

0.30

0.90

0.40

0.70

0.40

0.70

0.50

0.80

09:00-10:00

0.15

0.90

0.40

0.70

0.40

0.70

0.50

0.80

10:00-11:00

0.15

0.90

0.40

0.70

0.40

0.70

0.50

0.80

11:00-12:00

0.15

0.90

0.40

0.70

0.20

0.30

0.00

12:00-13:00

0.15

0.90

0.40

0.70

0.20

0.30

0.00

13:00-14:00

0.15

0.90

0.20

0.30

0.50

14:00-15:00

0.15

0.90

0.20

0.30

0.50

0.80

15:00-16:00

0.15

0.90

0.20

0.40

0.70

0.00

0.80

16:00-17:00

0.15

0.90

0.20

0.40

0.70

0.30

17:00-18:00

0.30

0.90

0.40

0.70

0.30

18:00-19:00

0.50

0.90

0.40

0.70

0.00

19:00-20:00

0.50

0.90

0.40

0.70

0.30

0.50

20:00-21:00

0.65

0.90

0.30

0.00

0.50

0.90

21:00-22:00

0.65

0.90

0.20

0.00

0.50

0.90

22:00-23:00

0.65

0.90

0.10

0.00

0.50

0.90

23:00-24:00

0.65

0.90

0.10

0.00

0.50

0.90

vkfrF; ds fy, vuqlwph & vkfrF; Hkou ¼ch½

vfrF;

Lke; lhek

v‚D;wisalh vuqlwph

Ikzdk”k vuqlwph

cSd vkWfQl

lEesyu@Hkkst

d{k

jlksbZ

lkoZtfud {ks=

vfrfFk d{k

3311

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

lIrkg fnu

lIrkgkar

fnu

@lIrkg

7fnu

@lIrkg

lIrkg fnu

lIrkgkar

lIrkg fnu

lIrkgkar

00:00-01:00

0.20

0.00

0.20

0.30

01:00-02:00

0.20

0.00

0.15

0.20

0.25

02:00-03:00

0.20

0.00

0.10

03:00-04:00

0.20

0.00

0.10

04:00-05:00

0.20

0.00

0.10

05:00-06:00

0.20

0.00

0.20

0.10

0.20

0.10

06:00-07:00

0.20

0.00

0.40

0.30

0.45

0.40

07:00-08:00

0.20

0.00

0.50

0.30

0.55

0.40

08:00-09:00

0.20

0.80

0.40

0.45

0.55

09:00-10:00

0.95

0.50

0.20

0.40

0.20

10:00-11:00

0.95

0.50

0.90

0.50

0.20

0.40

0.20

11:00-12:00

0.95

0.50

0.90

0.80

0.20

0.40

0.20

12:00-13:00

0.95

0.50

0.90

0.80

0.20

0.40

0.20

13:00-14:00

0.50

0.30

0.90

0.80

0.20

0.40

0.20

14:00-15:00

0.95

0.50

0.90

0.50

0.20

0.40

0.20

15:00-16:00

0.95

0.50

0.90

0.50

0.20

0.40

0.20

16:00-17:00

0.95

0.50

0.90

0.50

0.20

0.40

0.20

17:00-18:00

0.95

0.50

0.80

0.25

0.40

0.30

18:00-19:00

0.30

0.20

0.80

0.60

0.70

0.85

19:00-20:00

0.20

0.00

0.80

0.70

0.90

1.00

20:00-21:00

0.20

0.00

0.80

0.90

0.70

1.00

21:00-22:00

0.20

0.00

0.80

0.70

0.90

1.00

22:00-23:00

0.20

0.00

0.50

0.60

0.70

0.85

23:00-24:00

0.20

0.00

0.50

0.30

0.40

vkfrF; ds fy, vuqlwph & vkfrF; Hkou ¼lh½

vfrF;

le; lhek

Ikzdk”k vuqlwph

midj.k vuqlwph

cSd vkWfQl

jlksbZ

lkoZtfu

d LFkku

vfrfFk d{k

CkSd vkWfWQl

jlksbZ

lIrkg fnu

lIrkgkar

7 fnu@lIrkg

lIrkg fnu

lIrkgkar

lIrkg fnu

lIrkgkar

7 fnu@lIrkg

00:00-01:00

0.05

0.50

0.30

0.20

0.05

0.30

01:00-02:00

0.05

0.20

0.05

0.10

3312

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

02:00-03:00

0.05

0.20

0.05

0.10

03:00-04:00

0.05

0.20

0.05

0.10

04:00-05:00

0.05

0.20

0.05

0.10

05:00-06:00

0.05

0.30

0.20

0.05

0.10

06:00-07:00

0.10

0.50

0.30

0.05

0.30

07:00-08:00

0.30

0.50

0.40

0.60

0.05

0.10

0.30

08:00-09:00

0.90

0.60

0.90

0.50

0.70

0.90

0.05

0.30

09:00-10:00

0.90

0.60

0.90

0.50

0.20

0.05

0.70

0.30

10:00-11:00

0.90

0.60

0.90

0.35

0.20

0.05

0.70

0.30

11:00-12:00

0.90

0.60

0.90

0.35

0.20

0.05

0.70

0.30

12:00-13:00

0.90

0.60

0.90

0.35

0.20

0.05

0.70

0.30

13:00-14:00

0.50

0.35

0.20

0.05

0.70

0.30

14:00-15:00

0.90

0.60

0.90

0.35

0.20

0.05

0.70

0.30

15:00-16:00

0.90

0.60

0.90

0.35

0.20

0.05

0.70

0.30

16:00-17:00

0.90

0.60

0.90

0.35

0.20

0.05

0.70

0.30

17:00-18:00

0.95

0.60

0.95

0.35

0.30

0.05

0.70

0.30

18:00-19:00

0.50

0.05

0.95

0.70

0.50

0.05

0.30

19:00-20:00

0.30

0.05

0.95

0.90

0.50

0.05

0.10

0.30

20:00-21:00

0.30

0.05

0.95

0.90

0.50

0.70

0.05

0.10

0.30

21:00-22:00

0.20

0.05

0.95

0.90

0.70

0.05

0.10

0.30

22:00-23:00

0.10

0.05

0.95

0.70

0.40

0.05

0.30

23:00-24:00

0.05

0.95

0.40

0.20

0.05

0.30

vfrF; Hkou ds fy, vuqlwph& ¼Mh½

vfrF;

Lke; lhek

fy¶V vuqlwph

,poh,lh QSu vuqlwph ¼pkyw @can½

lkoZtfud

LFkku

vfrfFk d{k

cSd

vkWfQl

lIrkg fnu

lIrkgkar

7 fnu@lIrkg

lIrkg fnu

lIrkgkar

7 fnu@lIrkg

00:00-01:00

0.10

01:00-02:00

0.10

02:00-03:00

0.10

03:00-04:00

0.10

04:00-05:00

0.10

05:00-06:00

0.20

06:00-07:00

0.40

0.50

07:00-08:00

0.50

0.60

08:00-09:00

0.50

0.60

09:00-10:00

0.35

0.40

10:00-11:00

0.15

0.20

11:00-12:00

0.15

0.20

12:00-13:00

0.15

0.20

13:00-14:00

0.15

0.20

14:00-15:00

0.15

0.20

3313

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

15:00-16:00

0.15

0.20

16:00-17:00

0.35

0.40

17:00-18:00

0.50

0.60

18:00-19:00

0.50

0.60

19:00-20:00

0.50

0.60

20:00-21:00

0.50

0.60

21:00-22:00

0.30

0.40

22:00-23:00

0.20

0.30

23:00-24:00

0.10

vfrF; Hkou ds fy, vuqlwph& ¼bZ½

vfrF;

Lke; lhek

ckgjh

çdk'k

vuqlwph

xeZ ikuh O;OkLFkk

Rky?kj

Lakokru

Rky?kj

izdk”k

vfrfFk d{k

ykWMªh

fnu

@lIrkg

lIrkg fnu

lIrkgkar

7 fnu

@lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

00:00-01:00

1.00

0.01

0.00

0.50

01:00-02:00

1.00

0.01

0.00

0.50

02:00-03:00

1.00

0.01

0.00

0.50

03:00-04:00

1.00

0.01

0.00

0.50

04:00-05:00

1.00

0.01

0.00

0.50

05:00-06:00

1.00

0.01

0.00

0.50

06:00-07:00

0.00

0.50

0.70

0.00

0.50

07:00-08:00

0.00

0.50

0.70

0.00

0.50

08:00-09:00

0.00

0.30

0.50

1.00

09:00-10:00

0.00

0.15

0.30

1.00

10:00-11:00

0.00

0.15

0.20

1.00

11:00-12:00

0.00

0.15

0.20

1.00

12:00-13:00

0.00

0.15

0.20

1.00

13:00-14:00

0.00

0.15

0.20

1.00

14:00-15:00

0.00

0.15

0.20

1.00

15:00-16:00

0.00

0.15

0.20

1.00

16:00-17:00

0.00

0.15

0.20

0.00

1.00

17:00-18:00

0.00

0.30

0.00

1.00

18:00-19:00

1.00

0.50

0.00

1.00

19:00-20:00

1.00

0.50

0.70

0.00

1.00

20:00-21:00

1.00

0.65

0.70

0.00

1.00

21:00-22:00

1.00

0.65

0.90

0.00

0.50

22:00-23:00

1.00

0.01

0.00

0.50

3314

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

23:00-24:00

1.00

0.01

0.00

0.50

Lkfj.kh 9&15 'k‚fiax Hkou lewg ds fy, vuqlwph & 'k‚fiax Hkou lewg ¼,½

'k‚fiax Hkou lewg

Lke; lhek

v‚D;wisalh vuqlwph

çdk'k vuqlwph

[kqnjk

d‚fjMksj vkSj

,fVª;e

fo'ks"k {ks=

[kqnjk

d‚fjMksj

vkSj

,fVª;e

fo'ks"k {ks=

lIrkg

fnu

lIrkgkar

lIrkg

fnu

lIrkgkar

lIrkg

fnu

lIrkgkar

fnu

@lIrkg

fnu

@lIrkg

fnu

@lIrkg

00:00-01:00

0.00

0.10

0.00

0.05

01:00-02:00

0.00

0.05

02:00-03:00

0.00

0.05

03:00-04:00

0.00

0.05

04:00-05:00

0.00

0.05

05:00-06:00

0.00

0.05

06:00-07:00

0.00

0.05

07:00-08:00

0.00

0.05

08:00-09:00

0.00

0.05

09:00-10:00

0.20

10:00-11:00

0.40

0.20

0.50

0.40

11:00-12:00

0.60

0.30

0.50

0.95

0.50

0.60

12:00-13:00

0.60

0.70

0.60

0.70

0.50

0.70

0.95

0.50

0.60

13:00-14:00

0.60

0.90

0.60

0.90

0.50

0.70

0.95

0.50

0.60

14:00-15:00

0.70

0.90

0.70

0.90

0.50

0.70

0.95

0.50

0.60

15:00-16:00

0.70

0.90

0.70

0.90

0.50

0.80

0.95

0.50

0.40

16:00-17:00

0.70

0.90

0.70

0.90

0.50

0.80

0.95

0.70

0.40

17:00-18:00

0.70

0.90

0.70

0.90

0.50

0.80

0.95

0.40

18:00-19:00

0.90

0.95

0.90

0.95

0.60

0.95

0.80

19:00-20:00

0.90

0.95

0.90

0.95

0.60

0.95

0.80

20:00-21:00

0.90

0.95

0.90

0.95

0.60

0.95

0.80

21:00-22:00

0.00

0.40

0.60

0.95

0.05

0.50

0.80

22:00-23:00

0.00

0.30

0.60

0.95

0.05

0.80

23:00-24:00

0.00

0.10

0.30

0.95

0.05

0.80

'k‚fiax Hkou lewg ds fy, vuqlwph ¼ch½

'k‚fiax Hkou lewg

le; lhek

midj.k vuqlwph

fy¶V vuqlwph

[kqnjk

fo'ks"k {ks=

7 fnu@ lIrkg

lIrkg fnu

lIrkgkar

00:00-01:00

0.05

0.20

01:00-02:00

0.05

02:00-03:00

0.05

3315

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

03:00-04:00

0.05

04:00-05:00

0.05

05:00-06:00

0.05

06:00-07:00

0.05

07:00-08:00

0.05

0.10

08:00-09:00

0.05

0.50

0.10

09:00-10:00

0.05

0.50

0.20

10:00-11:00

0.90

0.40

11:00-12:00

0.90

0.70

12:00-13:00

0.90

0.70

0.80

13:00-14:00

0.90

0.70

0.95

14:00-15:00

0.90

0.70

0.95

15:00-16:00

0.90

0.70

0.95

16:00-17:00

0.90

0.70

0.95

17:00-18:00

0.90

0.80

0.95

18:00-19:00

0.90

0.80

0.95

19:00-20:00

0.90

0.80

0.95

20:00-21:00

0.90

0.80

0.95

21:00-22:00

0.05

0.90

0.80

22:00-23:00

0.05

0.90

0.50

0.60

23:00-24:00

0.05

0.90

0.30

0.40

'k‚fiax Hkou lewg ds fy, vuqlwph ¼lh½

'k‚fiax Hkou lewg

le; lhek

,poh,lh QSu vuqlwph ¼pkyw @can½

ckgjh çdk'k

O;oLFkk

vuqlwph

ry?kj laokru ry?kj çdk'k

[kqnjk

d‚fjMksj vkSj

,fVª;e

fo'ks"k {ks=

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

7 fnu@

lIrkg

00:00-01:00

1.00

01:00-02:00

0.50

0.00

0.05

02:00-03:00

0.50

0.00

0.05

03:00-04:00

0.50

0.00

0.05

04:00-05:00

0.50

0.00

0.05

05:00-06:00

0.50

0.00

0.05

3316

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

06:00-07:00

0.00

0.05

07:00-08:00

0.00

0.05

08:00-09:00

0.00

0.05

09:00-10:00

0.00

1.00

10:00-11:00

0.00

1.00

11:00-12:00

0.00

1.00

12:00-13:00

0.00

1.00

13:00-14:00

0.00

1.00

14:00-15:00

0.00

1.00

15:00-16:00

0.00

1.00

16:00-17:00

0.00

1.00

17:00-18:00

0.00

1.00

18:00-19:00

1.00

19:00-20:00

1.00

20:00-21:00

1.00

21:00-22:00

1.00

22:00-23:00

1.00

23:00-24:00

1.00

Lkfj.kh 9&16 'k‚fiax Hkou lewg ds fy, vuqlwph & iêh fjVsy vkSj lqije‚y Hkou

iêh fjVsy vkSj lqije‚y

le; lhek

v‚D;wisalh vuqlwph

çdk'k vuqlwph

midj.k

vuqlwph

fy¶V vuqlwph

[kqnjk vkSj lapyu

lHkh Lisl

lHkh

lIrkg fnu

lIrkgkar

7 fnu@lIrkg 7 fnu@lIrkg lIrkg fnu

lIrkgkar

00:00-01:00

0.00

0.05

0.00

01:00-02:00

0.00

0.05

0.00

02:00-03:00

0.00

0.05

0.00

03:00-04:00

0.00

0.05

0.00

04:00-05:00

0.00

0.05

0.00

05:00-06:00

0.00

0.05

0.00

06:00-07:00

0.00

0.05

0.00

07:00-08:00

0.00

0.05

0.10

08:00-09:00

0.00

0.05

0.20

09:00-10:00

0.20

0.05

0.40

10:00-11:00

0.40

0.50

0.90

0.70

3317

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

11:00-12:00

0.60

0.95

0.90

0.70

0.80

12:00-13:00

0.60

0.70

0.95

0.90

0.70

0.95

13:00-14:00

0.60

0.90

0.95

0.90

0.70

0.95

14:00-15:00

0.70

0.90

0.95

0.90

0.70

0.95

15:00-16:00

0.70

0.90

0.95

0.90

0.70

0.95

16:00-17:00

0.70

0.90

0.95

0.90

0.70

0.95

17:00-18:00

0.70

0.90

0.95

0.90

0.80

0.95

18:00-19:00

0.90

0.95

0.90

0.80

0.95

19:00-20:00

0.90

0.95

0.90

0.80

0.95

20:00-21:00

0.90

0.95

0.50

0.80

0.95

21:00-22:00

0.00

0.05

0.00

22:00-23:00

0.00

0.05

0.00

23:00-24:00

0.00

0.05

0.00

Lkfj.kh 9&17 'k‚fiax Hkou lewg ds fy, vuqlwph & iêh fjVsy vkSj lqije‚y Hkou

iêh fjVsy vkSj lqije‚y

le; lhek

,poh,lh QSu

vuqlwph ¼pkyw @can½

ckgjh çdk'k

O;oLFkk vuqlwph

ry?kj laokru

ry?kj çdk'k

7 fnu@ lIrkg

00:00-01:00

0.20

0.00

0.05

01:00-02:00

0.20

0.00

0.05

02:00-03:00

0.20

0.00

0.05

03:00-04:00

0.20

0.00

0.05

04:00-05:00

0.20

0.00

0.05

05:00-06:00

0.20

0.00

0.05

06:00-07:00

0.00

0.05

07:00-08:00

0.00

0.05

08:00-09:00

0.00

0.05

09:00-10:00

0.00

1.00

10:00-11:00

0.00

1.00

11:00-12:00

0.00

1.00

12:00-13:00

0.00

1.00

13:00-14:00

0.00

1.00

14:00-15:00

0.00

1.00

15:00-16:00

0.00

1.00

3318

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

16:00-17:00

0.00

1.00

17:00-18:00

0.00

1.00

18:00-19:00

1.00

19:00-20:00

1.00

20:00-21:00

1.00

21:00-22:00

1.00

0.20

0.50

22:00-23:00

0.20

0.00

0.05

23:00-24:00

0.20

0.00

0.05

Lkfj.kh 9&18 lHkkxkj ds fy, vuqlwph

lHkkxkj

le; lhek

v‚D;wisalh

vuqlwph

çdk'k vuqlwph

midj.k vuqlwph

fy¶V vuqlwph

,poh,lh

QSu

vuqlwph ¼pkyw

@can½

ckgjh çdk'k

O;oLFkk vuqlwph

ry?kj laokru

ry?kj çdk'k

00:00-01:00

0.00

0.80

0.00

0.80

01:00-02:00

0.00

0.80

0.00

0.10

02:00-03:00

0.00

0.80

0.00

0.10

03:00-04:00

0.00

0.80

0.00

0.10

04:00-05:00

0.00

0.80

0.00

0.10

05:00-06:00

0.00

0.80

0.00

0.10

06:00-07:00

0.00

0.10

07:00-08:00

0.00

0.10

08:00-09:00

0.20

0.40

0.30

0.20

0.00

1.00

0.80

09:00-10:00

0.20

0.75

0.50

0.00

1.00

0.80

10:00-11:00

0.20

0.95

0.50

0.00

1.00

0.80

11:00-12:00

0.80

0.95

0.50

0.00

1.00

0.80

12:00-13:00

0.80

0.95

0.50

0.00

1.00

0.80

13:00-14:00

0.80

0.95

0.50

0.00

1.00

0.80

14:00-15:00

0.80

0.95

0.50

0.00

1.00

0.80

15:00-16:00

0.80

0.95

0.50

0.00

1.00

0.80

16:00-17:00

0.80

0.95

0.50

0.00

1.00

0.80

17:00-18:00

0.80

0.95

0.50

0.00

1.00

0.80

18:00-19:00

0.50

0.95

0.50

0.80

1.00

0.80

19:00-20:00

0.20

0.40

0.30

0.40

0.80

1.00

0.80

3319

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

20:00-21:00

0.20

0.40

0.30

0.20

0.80

1.00

0.80

21:00-22:00

0.20

0.40

0.30

0.20

0.80

1.00

0.80

22:00-23:00

0.10

0.00

0.80

1.00

0.80

23:00-24:00

0.10

0.00

0.80

0.00

0.80

Lkfj.kh 9&19 O;olkf;d ds fy, vuqlwph & dk;kZy; Hkou

O;olkf;d & dk;kZy;

le; lhek

,poh,lh

QSu

vuqlwph ¼pkyw@can½

Ckgjh

çdk'k

vuqlwph

ry?kj laokru

ry?kj çdk'k

fnu

O;kikj

24 ?kaVs

O;kikj

7 fnu

lIrkg

fnu

O;kikj

24 ?kaVs

O;kikj

fnu

O;kikj

24 ?kaVs

O;kikj

00:00-01:00

0.80

0.00

1.00

0.05

1.00

01:00-02:00

0.80

0.00

1.00

0.05

1.00

02:00-03:00

0.80

0.00

1.00

0.05

1.00

03:00-04:00

0.80

0.00

1.00

0.05

1.00

04:00-05:00

0.80

0.00

1.00

0.05

1.00

05:00-06:00

0.80

0.00

1.00

0.05

1.00

06:00-07:00

0.00

1.00

0.05

1.00

07:00-08:00

0.00

1.00

0.05

1.00

08:00-09:00

0.00

1.00

09:00-10:00

0.00

1.00

10:00-11:00

0.00

1.00

11:00-12:00

0.00

1.00

12:00-13:00

0.00

1.00

13:00-14:00

0.00

1.00

14:00-15:00

0.00

1.00

15:00-16:00

0.00

1.00

16:00-17:00

0.00

1.00

17:00-18:00

0.00

1.00

18:00-19:00

0.80

1.00

19:00-20:00

0.80

1.00

20:00-21:00

0.80

1.00

21:00-22:00

0.80

0.00

1.00

0.05

1.00

22:00-23:00

0.80

0.00

1.00

0.05

1.00

23:00-24:00

0.80

0.00

1.00

0.05

1.00

10- ifjf'k"V ,% iz:ih fuekZ.k ds fy, fMQ‚YV eku %

10-1 okrk;u foU;kl mRikn dk ;w&?kVd vkSj lkSj rki izkIr xq.kkad dk fu/kkZj.k djus dh çfØ;k %

§4-2-1-1vkSj §4-2-1-2 dh vko';drk gS fd ;w&?kVd vkSj lkSj rki çkIr xq.kkad ¼,l,pthlh½ dks

vkbZ,lvks 15099 ds vuqlkj dqy okrk;u foU;kl mRikn ¼lS'k vkSj Ýse lfgr½ ds fy, fu/kkZfjr fd;k

tk,A Hkou vkoj.k esa VªsM&v‚Q i}fr esa §4-3-5 dks n`';eku çdk'k laçs"k.k ¼oh,yVh½ ds mi;ksx dh

vko';drk gSA

3320

fof'k"V g

çnku dj

fd;k tku

¼,

FkeZy Vªkal

fof/k ¼4-1

¼c

x.kuk dh

¼l

izokgdRro

¼M

¼b

ifjHkkf"kr

,l,pthl

¼,

lgxq.kkad

dks iwjh Å

vkarfjd l

ds lw= d

¼t

okyh lr

15099 ds

ds fy, n

tk,xkA

dbZ ekeyksa es

gksuk pkfg,

jrk gSA ;g

uk gS%

¼,½ vkbZ,lv

lfeVUl ¼4-1

-3½ dk mi; s

¼ch½ vkbZ,lv

h tk,xhA §8

¼lh½ vkbZ,lv

ro vkSj mRlt

¼Mh½ Nk;kadu

bZ½ vkbZ,lvks

fd, x, gSa

;w&?kVd x.ku

Tin=24ºC T

V=3.35 m/

Trm,in=Tin

s^{=0 W/m²}

lh x.kuk ds

Tin=24ºC T

V=2.75 m/

Trm,in=Tin

s^{=783 W/m}

¼,Q½ vkbZ,l

d dk O;k[;ku

Å¡pkbZ ds vk

lrgksa ij fd

dks lHkh ckgjh

¼th½ vkbZ,lv

rgksa ds çHkkoks

d 8-4-2-1 esa f

nks vk;keh ,

jkti=] fg

esa vkbZ,lvks

vkSj vU; e

[kaM bu fo

vks 15099 d

1-2½ vkSj ,fj

;ksx fd;k tk

vks 15099-&

8-6 esa oSdfYi

vks 15099 ds

tZdrk Hkkjrh

u ç.kkfy;ksa i

vks 15099 ds

uk ds fy,:

Tout=32ºC

/s Trm,out=T

d fy, :

Tout=32ºC

/s Trm,out=T

m²

lvks 15099

u gSA vkbZ,l

k/kkj ij "ek

fd;k tk,xk]

jh mtkxj l

vks 15099 ds

ksa dks 'kkfey

fof/k dk mi;

,fyesaV A v

fgekpy izns'k

15099 ls i

ekeyksa esa vk

fof'k"V eqíksa d

ds §4-1.—l

fj;k osVsM fo

k,xkA

&dk §4-2-2

Yid –f"Vdks.

d §6-4 esa jk"

rh; ekudksa d

ij vkbZ,lvks

§8-2 esa i;

Tout

§8-3 esa

lvks 15099

k gLrkarj.k

ftlesa Ýse

lrgksa ij ykx

ds 8-4-2 esa v

y djus ds f

i;ksx djsxs ¼,

vkbZ,lvks 15

k] 05 tqykbZ]

irk pyrk gS

kbZ,lvks nLr

dks Li"V d

lexz ;w&?kVd

fof/k ¼4-1-3½ d

- Qzse vkSj

.k dk mi;ksx

"Vªh; ekudksa

ds vuqlkj fu

ks 15099 ds

;kZoj.k 'krksaZ

f[kM+dh mRi

ds §8-3-1

xq.kkad dk m

vuqHkkx 'kkfe

xw fd;k tk,

vkarfjd fofd

fy, nks laHkk

,fyesaV O;w Q

099 ds §8-4

2019@14

gS fd vyx&

Lrkost mi;ks

djrk gS D;ksaf

d dh x.kuk

ds chp ,d

foHkä ,l,

x ugha fd;k

dks HkkSfrd

fu/kkZfjr fd;k

§7 dks orZe

dk O;k[;ku

iknksa ds vkar

esa] fleqys'ku

mi;ksx djsx

fey gSaA vkbZ

,xkA

djf.kr Å’e

kfor –f"Vdks

QSDVj vk/kkf

4-3 esa oSdfY

vk"kk<+ 1941

&vyx jk"Vªh

ksxdrkZvksa d s

fd bUgsa bl

uk ds fy,] v

fodYi çnk

,pthlh ds

k tk,xkA

xq.kksa ds eqís

k tk,xkA

eku esa ckgj

u fd;k x;k

rfjd vkSj

u dsUnz ds Xy

xk( bl fQYe

bZ,lvks 1509

ek gLrkarj.k

ks.k çLrqr d

fjr jsfM,'ku

fYid –f"Vdks

h; ekudksa d

dks nks fodYi

l dksM ds fy

vkbZ,lvks 1

nku djrk gS

vuqlkj §4

dks n'kkZrk

j[kk x;k gS

k gSA Hkkjr

ckgjh ij l

ykl rkieku

e xq.kkad dk

9 ds §8-3-

k x.kukvksa i

djrk gSA mR

u ghV VªkalQ

k.k dk mi; s

dks vkSj vf/kd

iksa dk fodY

fy, dk;kZfUo

5099 yhfu;

A ,fj;k osVs

4-2-2 ds lk

gSA lkexzh d

ds fy, fuE

laoguh fQY

u vkSj f[kM+d

k mi;ksx lH

2 esa] bl [ka

ij Lo;a&ns[k

Rikn vkbZlhv

Qj dSydqys'k

;ksx ugha fd;

kFk

Hkh

kaM

kus

vks

10-2 vujs

çekf.kr v

10-2-1 vu

,l,pthl

lkfj.kh 1

lHkh Qzse

FkeZy czsd

;k Qkboj

/kkrq vkSj

10-2-2 vu

,l,,pth

Lyksi Xys

fy,] lkf

;w&?kVd

10-3 BsB

;w&?kVd

tgkaW

Udqy Nr

Uiz:ih Nr

jsVsM QkbusLV

ikIr xq.kkad l

vkSj vkbZ,lv

ujsVM ofVZd

xSj yscy ofV

lh vkSj –';

0&1 vujsVM

Ýse iz

izdkj

d ds lkFk y

j Xykl Ýse

vU; Ýse çd

ujsVM Lyksi

vujsVM Lyksi

thlh vkSj –

yftax vkSj L

fj.kh 10&1

dk fu/kkZj.k

Nr fuekZ.k

i:ih Nr fu

vkSj rkikoj s

Udqy Nr+ =

rkikojks/ku

Nr dk

jkti=]

LVs'ku mRikn s

lHkh fQuLVs

vks 15099 ds

dy fQuLVªs'k

fVZdy fQyLVs

;eku çdk'k

M ofVaZdy fQ

izdkj

ydM+h] foukby

;k /kkrq Qsze

dkj

Xysftax vkSj

i Xysftax

–';eku çdk

LdkbykbV~l

esa ekuksa dks

djus ds fy

fuekZ.k ds le

jks/ku ds fy,

1 $

Uiz:ih Nr

u ds lkFk N

;w&?kVd

fgekpy izns

nksa ds fy, fM

Vs'ku ftudk

ds vuq:i ysc

ku %

Vs'ku tks nksu

laizs"k.k dks v

fQuLVªs'ku ds

Xys

nksg

j LdkbykbV

vkSj Ldkby

k'k lEizs"k.k

dks fcuk fd

ks 1-2 ls xq.

y,] lkfj.kh 1

exz ;w&QSDV

, çHkkoh ;w&?

Uiz:ih rkiko

Nr dk dqy

ns'k] 05 tqyk

fMQ‚YV ;w&?k

;w&?kVd ]

cy gks] mUgsa

uksa lapkfyr

vfHkgLrkafdr

ds fy, fMQ‚Y

ysftax izdkj

dy Xysftax

gjh Xysftax

V~l %

ykbV~l] tks

dks lkfj.kh

fdlh fuizg

.kk djsaxsaA v

10&1 esa eku

Vj ?kVd dh

?kVd dks fuE

ojks/ku

;w&?kVd

kbZ] 2019@1

kVd vkSj lkS

,l,pthlh

mu ewY;ksa d

vkSj LFkkfir

r fd;k tk,

YV eku ¼l'

nksuksa lapkfy

10&1 esa v

ds fy;s fMQ

vujsVM fLd

uksa dks 1-6 ls

dh x.kuk ds

Eu lehdj.k

4 vk"kk<+] 19

kSj rki :

h ;k –';eku

dks lkSaik tk,

r gks lkfj.kh

,xkA

'k vkSj ¶jse l

fyr vkSj LF

vfHkgLrkafdr

Q‚YV ;w&?kV

dykbZV~l ij

l xq.kk djsxsa

fy,] iz:ih

k ds vuqlkj

941

u çdk'k laizs

,xkA

10-2-1 esa ;w

lfgr dqy v

;w&?kVd M

7-1

3-4

5-1

Fkkfir fd,

r fd;k tk;s

Vd dk fu/k

j fuizg ds

ih nhokj fue

la;qä fd;

332

izs"k.k fu/kkZfjr

;w&?kVd]

vlsacyh½

MCY;w

x, gksa mU

;sxkA vujsV

/kkZj.k djus d

fy, fMQ‚Y

ekZ.k çdkj l

;k tk,xk%

Ugsa

3322

Uiz:ih rkiko

10-4 iz:i

vkSj rkiko

tgkW

Lkfj.kh 10

,fØfyd

ve±j

,LcsLVksl

vkVksDyso

Cy‚d ¼,

Ckal

ihry

dSfY'k;e

dEiksftV

kojks/ku

çHkko

ih nhokj fue

i:ih nhokj

ojks/ku ds fy

Udqy nhokj =

Uiz

Udqy nhokj

Uiz:ih nhokj

Uiz:ih rkikojks/ku

0&2 lkekU;

Ukke

d 'khV

l lhesaV cksM

l 'khV&'ksjk

yoM ,;jsVsM³

,,lh½

e flfydsV c

V laxejej

jkti=] fg

koh rkikojks/k

ekZ.k

fuekZ.k ds l

fy, çHkkoh ;w

1 $

iz:ih nhokj

rkikojks/ku d

nhokj dk ;

u^{çHkkoh rkiko}

fuekZ.k vkSj

³ daØhV

cksMZ

fgekpy izns'k

ku dk ;w&?kV

lexz ;w&?kVd

;w&?kVd fuEu

Uiz:ih rkiko

ds lkFk nhokj

;w&?kVd

ojks/ku dk ;w

bUlqys”ku l

cksMZ

bUlqys'

cksMZ

Cy‚d

oqM

èkkrq

cksMZ

LVksu

k] 05 tqykbZ]

d dh x.kuk

u lehdj.k

ojk/s ku

kj dk dqy ;

;w&?kVd

lkexzh ds ç:

?kuRo

fdyks@

'ku

2019@14

k ds fy,] iz

ds vuqlkj l

;w&?kVd

:ih FkeZy xq

@eh³

1145

270

1404

1377

642

913

8500

1016

3146

vk"kk<+ 1941

i:ih nhokj

la;qä fd;k

xq.k²

Å"eh; çokgd

MCY;w@¼,e ds

0.2174

0.0678

0.4709

0.5128

0.1839

0.1959

106.48

0.281

2.44

fuekZ.k çdkj

tk,xk%

dÙo

ds½

j ls ;w&?kVd

fof'k"V xeÊ

ets@eh³ ds

1.5839

0.1578

0.7218

1.2043

0.794

0.6351

11.1164

0.8637

2.1398

3323

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

lhesaV cksMZ

cksMZ

1340

0.4384

0.8113

lhesaV c‚UM¢M ikVhZdy cksMZ

cksMZ

1251

0.3275

1.1948

fljsfed Qkbcj CySaUdsV

bUlqys'ku

128

0.0491

0.1093

lhesaV Qkbcj cksMZ

cksM

1276

0.388

0.8973

lhesaV IykLVj

278

1.208

0.9719

lhesaV ikmMj

ikmMj

1070

0.1137

0.7943

fljsfed Cyw Vkby

Vkby

2707

1.372

1.2082

fljsfed ÝsV Xykl

Xykl

2520

0.6882

0.7859

fljsfed Vkby & ckFk:e

Vkby

2549

0.8018

1.6168

fljsfed Vkby

Vkby

2700

1.5996

1.1438

fpyh ydM+h

oqM

362

0.1422

0.4102

fpRrksfM;ksa

LVksu

3209

3.7512

2.1223

Dys dh Vkby

Vkby

2531

0.6323

1.4253

2 FkeksZ&fQftdy&v‚fIVdy ç‚iVÊ MkVkcsl v‚Q daLVªD'ku eSVsfj;Yl] ;-w ,l-&bafM;k la;qä dsaæ

fcÇYMx ,ustÊ fjlpZ ,aM MsoyiesaV ¼lh ch Ã vkj Mh½ vkSj uÃ vkSj uohdj.kh; ÅtkZ ea=ky; ¼,e ,u

vkj Ã½A

3 ;g vuU; lekos'kh ugÈ gSA ch-bZ-bZ- osclkbV ij Hkou lkexzh ds FkeZy xq.kksa dk MkVkcsl

miyCèk gS

(https://www.beeindia.gov.in/)

Ukke

?kuRo

fdyks@eh³

Å"eh;

çokgdÙo

MCY;w@¼,e ds½

fof'k"V xeÊ

,e ts@eh³ ds

¶yksV Xykl @ Dys;j Xykl

Xykl

2477

1.0522

1.9654

daØhV Cy‚d 25@50

Cy‚d

2427

1.3957

0.4751

daØhV Cy‚d 30@60

Cy‚d

2349

1.4107

0.7013

dksjh;u

cksMZ

1750

1.012

2.0921

fØLVy OgkbV Vkby

Vkby

2390

1.5094

1.9427

<ksyiqjh LVksu

LVksu

2262

3.084

1.583

[kfut ikuh

Ikuh

1000

0.6134

3.8165

bathfu;jM ydM+h dh Q'kZ Vkbysa

Vkby

571

0.2527

1.423

,DlVwMsM i‚yhLVhfju ¼,Dl ih ,l½

bUlqys'ku

0.0321

0.0374

3324

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

Qkbcj jhuQksLM IykfLVd ¼,Q vkj ih½ cksMZ

1183

0.2252

1.693

vkx b±V

b±V

2049

1.2729

1.2887

Q'kZ cksMZ

cksMZ

954

0.2654

1.1423

Qkse lhesaV Cy‚d

Cy‚d

581

0.1588

0.5359

?kkuk Vhd oqM

oqM

529

0.2062

0.5769

Xykl owy

bUlqys'ku

0.0351

0.0339

CySd Qkbu xzsukbV

LVksu

3535

2.4351

2.2511

CySd Qkbu xzsukbV

LVksu

3473

2.5433

2.1996

xzhu laxejej

LVksu

2650

2.372

2.5275

xzhu j‚dowy

bUlqys'ku

0.045

0.1089

ftIle cksMZ

cksMZ

623

0.2527

0.6033

ftIle ikmMj

ikmMj

588

0.202

1.1918

cksMZ ls ftIle ikmMj

ikmMj

542

0.1033

0.626

bVsfy;u CySd xzsukbV

LVksu

2911

2.3636

2.2349

bVsfy;u laxejej

LVksu

2630

2.7752

2.1869

tSlyesj ihyk iRFkj

LVksu

3006

2.7447

2.0954

Ukke

?kuRo

fdyks@eh³

Å"eh;

çokgdÙo

MCY;w@¼,e ds½

fof'k"V xeÊ

,e ts@eh³ ds

tkyksj

LVksu

2982

3.4412

1.9617

dksVk LVksu

LVksu

3102

3.0229

2.0732

ysfeusVsM ikfVZdy cksMZ

cksMZ

656

0.1841

1.2621

ykbZe ikmMj

ikmMj

607

0.1286

0.7078

eSaxyksj :Q Vkby

Vkby&:Q

2531

0.6051

1.2809

vackth laxejej

LVksu

3128

2.8108

2.1943

eè;e ?kuRo QkbcjcksMZ ¼,e Mh ,Q½ cksMZ

133

0.2045

0.961

esykekbu QkbcjcksMZ

cksMZ

807

0.2459

0.6509

ekbYM LVhy ¼,e,l½

èkkrq

7823

44.117

4.1896

fefujy Qkbcj & lhÇyx

cksMZ

364

0.071

0.3222

fefujy Qkbcj & Iysu

cksMZ

773

0.2739

0.6427

vksd ysfeusVsM ¶+yksj Vkbysa

Vkby

949

0.2652

1.3389

daØhV isoj VkbYl

Vkby

2210

1.7248

1.3413

isoj Vkby

Vkby

2612

1.4763

1.2737

Iysu vkSj izhysfeusVsM ikfVZdy cksMZ

cksMZ

902

0.271

0.974

IykLVj v‚Q isfjl ¼ih vks ih½

ikmMj

1000

0.1353

0.9526

IykÃoqM

cksMZ

697

0.221

0.7258

ikWfyfl;ksdkbuksjsV ¼ihvkÃvkj½

bUlqys'ku

0.0364

0.0685

i‚fyej ¼,uhlksVª‚fid½

IykfLVd

1743

0.5027

1.6968

ikWyh;wjhFksu Qkse ¼ih;w,Q½

bUlqys'ku

0.0372

0.0704

3325

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

ih vks ih cksMZ

cksMZ

1080

0.4994

1.2167

iksÆlysu VkÃy

Vkby

2827

1.5331

1.6259

iqfel LDok;j & dkaL; Vkby

Vkby

2327

0.9907

0.4382

DokV~tZ

LVksu

2359

3.7603

1.8277

jktuxj laxejej

LVksu

3332

5.6405

2.777

Ukke

?kuRo

fdyks@eh³

Å"eh; çokgdÙo

MCY;w@¼,e ds½

fof'k"V xeÊ

,e ts@eh³ ds

fjftM i‚yh;wjsFksu ¼40

fdyks@eh³½

bUlqys'ku

0.0269

0.0766

fjftM i‚yh;wjsFksu

bUlqys'ku

0.0384

0.0763

j‚dowy

bUlqys'ku

0.0461

0.0904

jcM+ & Qkse

bUlqys'ku

0.0561

0.1486

jcM+ ydM+h

oqM

472

0.1679

0.5034

lkx oqM

oqM

959

0.2886

1.0258

jsr

ikmMj

1600

0.3075

1.1343

lSUM LVksu

LVksu

2530

3.0097

1.5957

liZVkbu xzhu xzsukbV

LVksu

3068

2.1363

2.4484

l‚¶V cksMZ

cksMZ

274

0.0943

0.2753

l‚¶V cksMZ&mPp ?kuRo

cksMZ

353

0.0983

0.2621

LVsuysl LVhy ¼,l ,l½

èkkrq

7950

13.5633

3.6351

LVhe chp ydM+h

oqM

241

0.2331

0.5512

LVª‚ cksMZ

cksMZ

760

0.2237

0.7098

lkxkSu dh ydM+h

oqM

665

0.2369

0.8412

VsEiMZ Xykl

Xykl

2500

1.0493

1.9227

fVUVsM Xykl

Xykl

2500

1.0428

1.8904

mn;iqj czkmu ekcZy

LVksu

3197

2.921

2.2184

fo&cksMZ

cksMZ

1191

0.2977

0.8245

fofujsM ikfVZdy cksMZ

cksMZ

788

0.2363

0.7075

fofVªQkbM Vkby

Vkby

2719

1.4786

1.8049

fjlkslZ bQhfl;sUV fczDl ¼vkj

Ã ch½

b±V

1520

0.6314

0.9951

ydM+h

oqM

802

0.2652

0.8715

ydM+h iSVuZ fprksfM;ks

LVksu

3126

3.4258

2.2852

¼,

¼c

¼l

12-2 mid

bdksuksekb

¼,

¼c

¼l

¼M

dks v{ke

¼,

¼c

¼l

ifjf'k"V

ifj;kstuk

,½ iz.kkyh f

rjg ls

ch½ bdksuksek

u gh l

'khryd

lh½ Hkou dks

fd;k t

dj.k ijh{k.k

pj.k 1% 'kh

btj dks l{k

,½ bdksuksek

ch½ okilh g

bdksuksek

lh½ ;kaf=d '

Mh½ HkkjeqfDr

:i ls [

pj.k 2% pj.k

djsaA lR;kfi

,½ bdksuksek

ch½ okilh o

lh½ HkkjeqfDr

okilh i

13Mh% vuqiky

fgekpy çns'k

k dh tkudk

jkti=]

fu;a=.k iwjh

,dh—r gS

kbtj rkykc

lh/ks lw;Z ds

d ehukjksa ls d

ks fu;af=r d

tkrk gS ncko

k %

hryu yksM

ke djsaA lR;

kbtj MEilZ

gok MEilZ

kbtj MEilZ

'khryd l{k

r ia[kk ;k o

[kqyk gSA

k 1 ls tkjh

fir djsa vkSj

kbtj MEilZ

ok;q MEilZ 1

r ia[kk ¼;fn

ia[kk ¼;fn y

yu Q‚eZ %

k ÅtkZ laj{k

kjh

ifj;kst

ifj;kt

vkosnd

ifj;kst

fgekpy izns

rjg ls ok;

¼;kuh bdksuks

canh fu;a=.k

çdk'k esa v

de ls de

djus ds fy,

dks fleqysV

;kfir djsa v S

l ekMqysVl]

ekMqysVl~ d

l 100% [kqy

{ke gksus ls i

okilh ia[kk

j[ksa vkSj r

j fuEufyf[kr

l U;wure osaVh

00% ij ;k

n ykxw gks½

ykxw gks½ vHkh

k.k Hkou dksM

tuk dk irk

tuk fufeZr {

tuk vco&

tuk okrkuqd

d dk uke v

tuk tyok;q

ns'k] 05 tqyk

;MZ gksrs gSa ;

ksekbtj rHkh

lsalj ds fy

vkSj u gh

8 ehVj nwj½

iz.kkyh cSjkse

djds vkSj

vkSj fuEufyf[

100% ckgj

dks can dj

yk gksrk gSA

igys bdksukse

¼;fn ykxw g

rkykcanh fu;

r dks nLrkos

Vhys'ku fLFkfr

k mlds ikl

cUn dj nsr

Hkh lapkfyr

M 2018 vuqi

{ks= eh²]

&xszM {ks= eh²

dfyr {ks= eh

vkSj irk

;q {ks=

kbZ] 2019@1

;g lqfuf'pr

h dke djsxk

fy;s LFkku i;

,d ckM+s esa]

ehfVªd jkgr

rkykcanh fu

f[kr dks nLr

j dh gok ds

nsrk gS vkSj

ekbtj MEil

gks½ lapkfyr

;a=.k lsV fcan

ot djsa%

fr dks can d

l [kqyrk gS

rk gS cSjksehf

r gks ldrk

ikyu Q‚eZ

h²]

4 vk"kk<+] 19

r djus ds fy

k tc ;kaf=d

;kZIr gS ¼gok

] Hkou fud

r] Hkkj eqfDr

fu;a=.k lsV f

rkost djsa%

fy, [kqyrk

j iwjh rjg

lZ 100% [kqy

r gS ;k cSjkse

nq dks lek; s

dj nsrk gS

fV d jkgr

gS] tc bdks

Hko

941

fy, fd bdks

d 'khryd l

k ds fy, [kq

dkl ds lzksr s

ia[ks ;k oki

fcanq dks le

k gSA

ls can gks

ys gksrs gSaA

ehfVªd jkgr

;ksftr djds

MEilZ cUn

kuksekbtj v

fnukad

ou fuekZ.k

i;ksx ds

332

ksuksekbtj iwj

l{ke gksxk½A

[kqyk gS] ysfd

rksa ls nwj vksS

ilh ia[ks çnk

ek;ksftr djd

tkrk gS t

r MailZ Lora

bdksuksekbt

gks tkrk gS

v{ke gSA

foHkkx d

iwjh

vksSj

ra=

gSA

3328

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

Hkou oxhZdj.k

vkfrF;

O;olkf;d

LokLF;lsok

'ksSf{kd

lHkkxkj

'k‚fiax Hkou lewg

ifj;kstuk fooj.k

u;k Hkou

LFkkfir Hkouksa esa vuqo`f) LFkfir Hkouksa esa ifjorZu

Lo;a&vf/k—r

ewy ,oa vkoj.k Hkou

efJr mi;ksx okys Hkou

ÅtkZ n{krk Lrj ds fy;s

vuqikyu dh ekax dh tkrh

bZlhchlh vuqikyu

bZlhchlh$ vuqikyu

lqijbZlhchlh vuqikyu

bZ ih vkbZ vuqikr

vuqikyu –f"Vdks.k

fooj.kkRed i)fr

lEiw.kZ

Hkou

izn'kZu

i)fr

Hkou vkoj.k VªsM&v‚Q

i)fr

vkoj.k fuekZ.k

ofVZdy QsusLVªs'ku {ks= dh

x.kuk

dqy ofVZdy

QsusLVªs'ku {ks=

¼yx&Hkx [kqyk

gqvk½

/ ldy ckgjh

nhokj {ks=

x 100 = % f[kM+dh ls nhokj

vuqikr ¼MCywMCywvkj½

x 100 =

LdkbykbZV {ks= dh x.kuk

dqy LdkbykbZV {ks=

¼yx&Hkx [kqyk

gqvk½

/ ldy ckgjh

nhokj {ks=

times

100

equals

% LLdkbykbZV ls

vuqikr

¼,lvkjvkj½

X100 =

vksisd vlsacyh

MsykbfVax lkjka'k

nhokj ¼U;wure

bUlqys'ku ;w&?kVd½

% mijksä xzsM Q'kZ {ks= ,d o"kZ esa

laHkkfor MsyhV le; ds 90% ds

fy, ;wMhvkbZ vko';drk dks iwjk

djrk gS

Nr ¼U;wure bUlqys'ku

;w&?kVd ½

BaMh Nr

QsusLVªs'ku

ofVZdy

lkSj çfrfcac

vf/kdre ;w&?kVd

,sfeVsUl

vf/kdre ,l,pthlh ¼;k ,llh½

U;wure oh,yVh

nhokj vlsacyh

vksojgSax @lkbM fQu @ c‚Dl ¶jse

çkstsD'ku ¼gk¡ ;k ugha½

lkexzh

vkj&oSY;w

vlsacyh

;fn gka] çR;sd vfHkfoU;kl vkSj

3329

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

;w&?kVd

çHkkoh

,l,pthlh ds fy, çkstsD'ku QSDVj

ntZ

djsa

LdkbykbZV

vf/kdre ;w&?kVd

vf/kdre ,l,pthlh ¼;k ,llh½

Hkou vkoj.k tkap&lwph

fgekpy izns”k ÅtkZ laj{k.k Hkou dksM 2018 vuqikyu QkWeZ

ifj;kstuk dk irk

fnukad

ç;ksT;rk

lafgrk

vuqHkkx

?kVd

vko';d tkudkjh

;kstuk ij

LFkku

fuekZ.k

foHkkx

dh fVIif.k;k¡

gka

ugha

,u@,

vfuok;Z çko/kku ¼/kkjk 4-2½

4.2.1

QsusLVªs'ku

jsfVax

4.2.1.1 ^;w&?kVd

lanHkZ ekud fufnZ"V djsa

4.2.1.2 ^,l,pthlh

lanHkZ ekud fufnZ"V djsa

4.2.2

vikjn'khZ

;w&?kVd

lanHkZ ekud fufnZ"V djsa

4.2.3

fnu

çdk'k

fleqys'ku

–f"Vdks.k

fooj.kkRed fufnZ"V djsa

4.2.4

Hkou vkoj.k

lhfyax

lhfyax] d©yfdax] xSLdsfVax] vkSj

osnj fLVªfiax d® fufnZ"V

djsa

fooj.kkRed vuqikyu fodYi ¼/kkjk 4-3½

4.2.5 ^Nr

dk;kZfUor ;w&?kVd fufnZ"V djsa

4.2.6 ^{vikjn'kh ckgjh}

nhokj

dk;kZfUor ;w&?kVd fufnZ"V djsa

3330

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

4.3.1 ^ofVZdy

QsusLVªs'ku

¼1½

QsusLVªs'ku

vuqlwph

;w&?kVdksa dks fufnZ"V djsaA

bafxr djsa fd eku jsV fd, x, gSa

;k fMQ‚YV gSaA ;fn

eku fMQ‚YV gSa] rks Ýse çdkj]

Xysftax ijrsa] varjky

pkSM+kbZ] yksbZ fufnZ"V djsaA

¼2½

QsusLVªs'ku

vuqlwph

,l,pthlh ;k ,llh fufnZ"V

djsaA bafxr djsa fd eku jsV fd,

x, gSa ;k fMQ‚YV gSaA

¼3½ QsusLVªs'ku vuqlwph ds oh,yVh

ladsr fufnZ"V djsaA bafxr djsa fd

eku jsV fd, x, gSa ;k fMQ‚YV

gSaA

¼4½ vxj vksojgsax ;k lkbM fQu

;k c‚Dl&Ýse ç{ksi.k dk mi;ksx

vuqikyu ç;kstuksa ds fy, fd;k

tkrk gSA ;fn ,slk gS] ç{ksi.k

dkjd x.kuk vkSj led{k

,l,pthlh x.kuk çnku djsa

4.3.2 QsusLVªs'ku

;w&?kVd NwV

ykxw gksus ij fufnZ"V djsa]

xSj&okrkuqdwfyr txg çfr'kr

fufnZ"V djsa] vkSj 'kkfey fo'ks"k

fooj.k fufnZ"V djsa

4.3.2 LdkbykbZV

¼1½

QsusLVªs'ku

vuqlwph

;w&?kVdksa dks fufnZ"V djsaA bafxr

djsa fd eku jsV fd, x, gSa ;k

fMQ‚YV gSaA ;fn eku fMQ‚YV gSa]

rks Ýse çdkj] Xysftax ijrsa]

varjky pkSM+kbZ] yksb fufnZ"V djsaA

¼2½

QsusLVªs'ku

vuqlwph

,l,pthlh ;k ,llh fufnZ"V

djsaA bafxr djsa fd eku jsV fd,

x, gSa ;k fMQ‚YV gSaA

4.3.3.1 okuLifrd

'khry Nrs

lkSj çfrfcac] mRltZu] vkSj ekud

lanHkZ fufnZ"V djsa

Hkou vkoj.k VªsM&v‚Q fodYi ¼/kkjk 4-3-4½

x.kuk çnku djsa

3331

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

fgekpy çns'k ÅtkZ laj{k.k Hkou dksM 2018 vuqikyu Q‚eZ

ifj;kstuk dh tkudkjh

ifj;kstuk dk irk

fnukad

Hkou fuekZ.k foHkkx ds mi;ksx d fy,

ifj;kstuk fufeZr {ks= ¼eh²½

ifj;kstuk vco&xzsM {ks= ¼eh²½

ifj;kstuk okrkuqdwfyr {ks= ¼eh²½

vkosnd dk uke vkSj irk

ifj;kstuk tyok;q {ks=

ifj;kstuk fooj.k

la{ksi esa lqfo/kk ç.kkyh

çdkj vkSj lqfo/kkvksa dk

o.kZuA

Ikzkd`frd osfVys”ku] ;kaf=d osfVys”ku] de ÅtkZ lqfo/kk iz.kkyh] rkiu vkSj

“khryu ;kaf=d midj.kA LFkkfir iz.kkyh ds fy, {ks= forj.k] vkSj lacf/kr

tkudkjh

vuqikyu fodYi

ç.kkyh n{krk

fooj.kkRed i}fr

lEiw.kZ Hkou izn'kZu i}fr

midj.k

vuqlwph

fuEufyf[kr lwpukvksa ds lkFk ;kstukvksa ij ;kaf=d midj.k vuqlwph dks 'kkfey djus

dh vko';drk gSA;kstukvksa ds fcuk ifj;kstukvksa ds fy,] uhps vko';d tkudkjh HkjsaA

rkiu midj.k vuqlwph

midj.k

vkbZMh

czkaM dk

uke

e‚My

la[;k

{kerk

fdyksokV

ijh{k.k

ekud

vks,l,

lh,Q,e

bdksuksekbtj

buiqV

fdyksokV

vkmViqV

fdyksokV

n{krk

“khryu midj.k vuqlwph

midj.k

vkbZMh

czkaM dk uke e‚My

la[;k

{kerk

fdyksokV

ijh{k.k

ekud

vks,l,

lh,Q,e

lh vks ih vkÃ ih ,sy

LFkku

3332

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

ia[kk midj.k vuqlwph

midj.k

vkbZMh

czkaM dk

uke

e‚My

la[;k

ijh{k.k

ekud

,l ih

n{krk

çokg fu;a=.k

lsok dk LFkku

lqfo/kk iz.kkyh vkSj fu;U=.k tkap&lwph

fgekpy çns'k ÅtkZ laj{k.k Hkou dksM 2018 vuqikyu Q‚eZ

Ikfj;kstuk dk irk

fnukad

ÅtkZ laj{k.k Hkou lafgrk esa ;kaf=d vko';drkvksa ds vuqikyu ds fy, Hkou vuqKk&i= vkosnu

dh tkap djus ds fy, fuEufyf[kr tkudkjh vko';d gSA

Ikz;kT;rk

Lakfgrk vuqHkkx

?kVd

vko”;d

tkudkjh

;kstuk ij

LFkku

fuekZ.k foHkkx

fVIIkf.k;k¡

gk¡

ugha

,u@,

vfuok;Z çko/kku ¼/kkjk 5-2½

5.2.1

laokru ¼osaVhys'ku½

izR;sd vkoklh; LFkku §5-2-1 ds

vuq:i okg~; gok ds gdnkj gksaxs

rFkk ,uchlh esa fn;s fn'kk funsZ'kksa

dk ikyu djsaxs fufnZ"V djsaA

5.2.2

LFkku okrkuqdwyd ;a= dh

U;wure n{krk

çdkj] {kerk] n{krk ds lkFk

midj.k vuqlwph çnku djsa

5.2.3

fu;a=.k

5.2.3.1

VkbEkDykWd

jkr ds lsVcSd ds lkFk FkeksZLVsV

bafxr

djsa]

çfr

lIrkg

vyx&vyx fnu çdkj] vkSj 2&?kaV

eSU;qvy vksojjkbM] fo|qr O;oLFkk

Hkax gksus dh n'kk esa 10 ?k.Vs dh

vof/k ds fy;s izksxzkfeax {kerk rFkk

le; varjky Hkh /kkj.k {kerk gksA

5.2.3.2

rkieku fu;a=.k

vxj ç.kkyh rkiu vkSj 'khryu

nksuksa çnku djrk gS rks rkieku 3

fMxzh lsfYl;l MsMcSaM ds lkFk

U;wure rkieku bafxr djsaA

FkeksZLVSV~l dks ,d lkFk rkiu vkSj

'khryu dks jksdus ds fy, baVjy‚d

fd;k tkrk gS] tgka vyx

3333

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

rkiu vkSj 'khryu ç.kkyh gksrs gSa

mls bafxr djsaA

§5-2-3-2 ¼lh½ esa of.kZr LFkku çdkjksa

ds fy, vyx FkeksZLVsV fu;a=.k

bafxr djsaA

5.2.2.3

vf/kHkksx fu;a=.k

§5-2-3-3 esa of.kZr LFkku çdkjksa ds

fy, vf/kHkksx fu;a=.k bafxr djsa

5.2.2.4

ia[kks ij fu;a=.k

ia[kks vkSj fu;a=.kksa dks fu;af=r

djus ds fy, nks LihM eksVj] iksuh

eksVjs ;k pj xfr Mªkbo dks bafxr

djsa t® ia[kks dh xfr dks de ls

de nks frgkbZ LFkkfir ia[kks dh

'kfä dks de djus esa l{ke gksaxs

5.2.2.5

MEilZ

lHkh ok;q vkiwfrZ vkSj fu"dklu

midj.k ftlesa oh,QMh gksrs gS mls

bafxr djsa] mu fLFkfr;ksa esa t®

§ 5-2-3-5 esa mfYyf[kr gS MailZ ds

mi;ksx ls Lokpkfyr :i ls can gks

tk;sxsa

5.2.4

bZlhchlh$ Hkou® ds fy;s

vfrfjDr fu;a=.k

5.2.4.1

dsaæh—r ekax 'ksM fu;a=.k

bafxr djsa fd Hkou esa fcfYMax

eSustesaV flLVe gS] ftlesa lHkh

;kaf=d 'khryu vkSj rkiu ç.kkyh

esa ih,ylh {ks=h; Lrj ij gksaxs]

ftues

§5-2-4-1

esa

mfYyf[kr

fu;a=.k {kerk, gksaxh

5.2.4.2

vkiwfrZ ok;q rkieku dk jhlsV

bafxr djsa fd eYVh tksu ;kaf=d

'khryu vkSj rkiu ç.kkyh esa

fMtkbu lIykbZ ,;j rkieku vkSj

fMtkbu :e ,;j rkieku ds chp

varj ds de ls de 25% }kjk Hkou

yksM ;k vkmVMksj ok;q rkieku ds

tokc esa vkiwfrZ ok;q rkieku dks

Lopkfyr :i ls jhlsV djus ds

fy, fu;a=.k gksaxsA

5.2.4.2

vfr Ba<k ikuh dk rkieku

jhlsV

bafxr djsa fd 350 fdyksokV ls

vf/kd BaMk ikuh ç.kkfy;ksa esa

çfrfuf/k Hkou yksM }kjk ;k

vkmVMksj

ok;q

rkieku

}kjk

Lopkfyr :i ls vkiwfrZ ty

rkieku dks jhlsV djus ds fy,

fu;a=.k gksaxs

5.2.5

lqijbZlhchlh Hkou® ds fy;s

vfrfjDr

fu;a=.k

bafxr djsa fd ;kaf=d

ç.kkyh §5-2-4 vkSj

§5-2-5 dk ikyu djsa

3334

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

5.2.5.1

ifjorZuh; ok;q ?kuRo ia[kk

fu;a=.k

bafxr djsa fd oh,oh ç.kkyh esa ia[kks

ds ikl fu;a=.k ;k fMokbl gksaxs

t® ia[kk eksVj ekax dks §5-2-5-1 ds

vuqlkj lhfer djsxs

5.2.6

ikbfiax ,oa MDV dk;Z

bafxr djsa

lhfyax]

d©yfdax]

xSldsfVax]

vkSj osnj

fLVªfiax

5.2.6.1

ikbfiax balqys'ku

vkj&ewY;

bUlqys'ku

d® bafxr

djsa

5.2.6.2

ufydk dk;Z ,oa izsj.k izfrjks/ku

vkj&ewY;

bUlqys'ku

d® bafxr

djsa

5.2.7

iz.kkyh larqyu

500 eh² ls vf/kd dqy okrkuqdwfyr

{ks= ds lkFk tksu dh lsok djus

okys ,poh,lh flLVe ds fy,

fyf[kr cSysal fjiksVZ fn[kk,a

5.2.8

la?kud

bafxr djsa fd daMsulj

dk LFkku vkSj daMsulj

ds fy, bLrseky ikuh

dk lzksr

5.2.9

xeZ ty rkiu lsok

5.2.9.1

LkkSj ty rkiu

bafxr djsa fd lHkh gksVy vkSj

vLirkyksa esa xeZ ikuh dh fMtkbu

{kerk ds fy, 5-2-9-1 ds vuqlkj

lkSj ty rki midj.k LFkkfir gSa

5.2.9.2

rkiu la;a= n{krk

bafxr djsa fd lsok ty rkiu

midj.k §5-2-9-2 ds vuqlkj çn'kZu

vkSj n{krk vko”;drkvksa dks iwjk

djsxs

5.2.9.3

vuqiwjd ty rkiu iz.kkyh

bafxr djsa fd vuqiwjd rkiu

iz.kkyh §5-2-9-3 ds fygkt ls

fMtkbu fd;k x;k gS

5.2.9.4

ikbfiax bUlqys'ku

bafxr djsa

ikbfiax

bUlqys'ku

3335

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

5.2.9.5

xeZ tky

bafxr djsa fd ikuh rkidksa vkSj

HkaMkj.k VSad dh lsok djus okys

Å/kZ~ok/kj ikbi jÃlj §5-2-9-

5 ds vuq:i gSA

5.2.9.6

rj.k rky

bafxr djsa fd xeZ iwy ikuh dh

lrg ij ok"i çfrj{kd iwy doj

ds lkFk çnku fd, tkrs gSa vkSj

rkieku

fu;a=.k

vkSj

U;wure

bUlqys'ku ewY; §5-2-9-6 ds vuq:i

gSA

fooj.kkRed vuqikyu fodYi ¼/kkjk 5-3½

5.3.1

ia[kk

ia[kk çdkj] eksVj n{krk vkSj ;kaf=d n{krk

bafxr djsa

5.3.2

iEil~

iai çdkj ¼çkFkfed] ek/;fed] vkSj daMsulj½]

bldh dqy LFkkfir {kerk vkSj n{krk dks bafxr

djsa

5.3.3

'khryd ehukjsa

'khryd

ehukjsa çdkj

vkSj LFkkfir

{kerk

dks

bafxr djsa

5.3.4

gok bdksuksaebtj

(bZlhchlh@bZlhchlh$@lqij

bZlhchlh)

bafxr djsa fd ,d gok bdksuksaebtj ckgjh gok

vkSj okilh gok MSEilZ fu;eu djus esa l{ke

gks vkSj lacaf/kr Hkou çdkj ds fy, ckgj dh

gok ds :Ik esa vfHk:fir vkiwfrZ gok ek=k dk

50 izfr”kr dh vkifrZ djA

5.3.4

ty bdksuksaebtj

(bZlhchlh@bZlhchlh$@lqij

bZlhchlh)

bafxr djsa fd ,d ty bdksuksaebtj visf{kr

iz.kkyh ds BaMk Hkkj dk 50 izfr'kr iznku djus

ds l{ke gS] tc ckgjh gok dk rkieku 10°lsa0

'kq"d cYc@7-2°lsa0 xhys cYc ;k mlls de

gksa, ;fn fMtkbu Hkou ,d lacaf/kr Hkou

çdkj gSA

5.3.4.3 vkaf'kd 'khyd

bafxr djsa fd tgka §5-3-4 }kjk vko';d gSa

bdksuksaebtj l{ke gksaxs vkaf'kd 'khryu çnku

djus d fy, ;gka rd fd tc vfrfjä

;kaf=d 'khryu dh vko';drk 'khryu Hkkj

dks iwjk djus ds fy, gksxhA

5.3.4.4

fu;a=.k

bafxr

djsa

ok;q

bdksuksaebtj §5-3-4-4 esa

fufnZ"V ds :i e fu;a=.k

ls lqlfTtr gSa

3336

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

5.3.9

ijh{k.k

bafxr djsa fd gok dh rjQ bdksuksaebtj dks

fufnZ"V vko';drk ds vuqlkj ijh{k.k fd;k

x;k gS

5.3.5

ifjorZuh; izokg gkbMªksfud

iz.kkyh

5.3.5.1 ifjorfu; nzO; izokg

,poh,lh iafiax ç.kkyh dh fMtkbu çokg nj

bafxr djsa

5.3.5.2 vyxko okYo

bafxr djsa fd BaMk ikuh ,;j daMh'kfuax ds

ikl nks&rjQk Lopkfyr vyxko okYo vkSj

iai eksVlZ gS t® 3-7 dsMCY;w ls vf/kd ;k

cjkcj ifjorZuh; xfr Mªkbo }kjk fu;af=r

fd;k tkrk gS

5.3.5.3 ifjorZuh; cgko xfr

bafxr djsa fd BaMk ikuh ;k daMsulj ty

ç.kkfy;k ;k rks §5-3-5-1;k §5-3-5-2 dk

vuqikyu djsa

5.3.5.4 ÅtkZ iqu%izkfIr

lHkh vkfrF; vkSj gsYFkds;j bafxr djsa] ÅtkZ

iqu%izkfIr çHkko'khyrk] vkSj rsy vkSj xSl

Qk;ZM c‚;yj dh n{krk

5.4

iz.kkyh

n{krk&oSdfYid

vuqikyu n`f’Vdks.k

fleqys'ku

fjiksVZ layXu

djsa

5.5

de ÅtkZ lqfo/kk iz.kkfy;kW

iz.kkyh çdkj vkSj NwV dk nkok bafxr djsa

izdk”k vkSj fu;a+=.k lkjk”ka

ÅtkZ laj{k.k fcfYMax dksM vuqikr izi=

Ikfj;kstuk dh tkudkjh

izkstsDV dk irk

fnukad

Hkou fuekZ.k ds fy,

Ikfj;kstuk {ks= ¼eh²½

izkstsDV xzsM xzsM ,fj;k ¼eh²½

Ikfj;kstuk {ks= ¼eh²½

vkosnd dk uke vkSj irk

Ikfj;kstuk tyok;q {ks=

vuqikyuk fodYi

fizfLØfIVo fof/k

Lkaiw.kZ Hkou izn”kZu fof/k

vf/kdre vuqer izdk”k “kfDr ¼vkarfjd] [kaM 6-3-2 ;k 6-3-3½

3337

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

LFkku

¼eafty@dejk Uka½

O;OkLkk; dk o.kZu

vuqefr okV~l izfr

¼eh²½

{ks= ¼eh²½

vuqer x {ks=

izLrkfor izdk”k ÅtkZ ¼vkarfjd½

LFkku

¼eafty@dejk Uka½

fLFkjrk fooj.k

tqM+ukj dh la[;k

okV@fLFkjrk

oRl izLrkfor

vf/kdre vuqer fctyh ¼ckgjh] /kkjk 6-3-5½

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3338

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3339

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AECOsim

Design Builder

DOE2

EnergyPlus

eQUEST

HAP

IDA-ICE

IES-VE

OpenStudio

Simergy

Trace700

TRNSYS

Visual DOE

fnu izdk”k

AGI32 (Licaso)

Daysim

3340

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Design Builder

DIVA

Groundhog

IES-VE

OpenStudio

Radiance

Rhino-Grasshopper

with

Daylighting

Plugins

Sefaira

Sensor Placement + Optimization Tool

(SPOT)

vkns”k }kjk]

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____________

[Authoritative English text of this Department Notification No. MPP-C(7)-1/2008-V dated

05-01-2019 as required under clause (3) of article 348 of the Constitution of India]

MPP & POWER DEPARTMENT

NOTIFICATION

Shimla-02, the 05 Janaury, 2019

No. MPP-C(7)-1/2008-V.—In exercise of the powers conferred by sub-section (1) of

Section 57 read with clause (a) of Section 15 of the Energy Conservation Act, 2001 (52 of 2001),

the Governor, Himachal Pradesh in consultation with the Bureau, hereby makes the following rules,

namely:-

Short title and commencement.–(1) These rules may be called the Himachal Pradesh

Energy Conservation Building Code Rules, 2018.

(2) They shall come into force on the date of their publication in the Rajpatra (e-Gazette)

Himachal Pradesh.

Definitions.–(1) In these rules, unless the context otherwise requires, -

(a) “Act” means the Energy Conservation Act, 2001 (52 of 2001);

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(b) “Authority Having Jurisdiction” means an organization, office, or individual

responsible for enforcing the requirements of the code or standard, or for approving

equipment, materials, an installation, or a procedure.

allow for optimizations of efficiencies in the identified components and systems to

enhance the energy efficiency of the building; or

(i)

reduce the cost of construction having regard to the safety, stability of the

building structure, health and environmental provisions of Himachal Pradesh

State Government laws; and

(ii) includes energy conservation measures approved by Himachal Pradesh Energy

Conservation Building Code Implementation Committee or Himachal Pradesh

Energy Conservation Building Code Compliant Technical Grievances Redressal

Committee or National Energy Conservation Building Code Implementation

Committee;

(d) “building complex” means a building or group of buildings constructed in a

contiguous area for business, commercial, institutional purposes or assembly of

buildings under the single ownership of individuals or group of individuals or under

the name of a co-operative group society or on lease and sold as shops or office space

or space for other commercial purposes;

(e) “built-up area” means the total covered areas on all floors of a building from the

basement to all storeys covered by walls and parapet measured at the floor levels

excluding parking;

(f) “Bureau” means Bureau of Energy Efficiency;

(g) “bye-laws” means the building bye-laws framed by Himachal PradeshGovernment or

any authority under its control to regulate the building activities in its areas falling in

the jurisdiction of-

(i)

all Municipal authorities or Committees or Councils;

(ii) all Metropolitan areas or Nagar Panchayats;

(iii) all areas covered under the Development or Planning authorities;

under various development plans notified by Himachal Pradesh Government and

enforced by such authority in its jurisdiction in which the Himachal Pradesh

Energy Conservation Building Code 2018 compliant building shall be located and

includes any regulation or rule framed by Himachal Pradesh Government or any

other authority having jurisdiction established by the Himachal Pradesh

Government;

(h) “Certified Energy Auditor (Building)” means a person who fulfills the eligibility

criteria specified in the National Energy Conservation (Minimum qualification for

Energy Auditors and Energy Managers) Rules, 2006 and has qualified National

Examination for Energy Conservation Building Code Compliance;

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(i)

“Code” means the Himachal Pradesh Energy Conservation Building Code 2018

(Annexure-‘A’) framed by the State Designated Agency, Directorate of Energy,

Government of Himachal Pradesh under the Act and amended from time to time,

(j)

“compliance documents” mean the forms specified in Appendix D of the Code and

includes certificates from Empanelled Energy Auditors (Building) to conform

compliance with these rules,

(k) “connected load” means the total of the rated wattage of all equipment, appliances and

devices to be installed or installed in the building or part of the building or building

complexes in terms of kiloWatt (kW) that will be allocated to all applicants for electric

power consumption in respect of the proposed building or building complex, as the

case may be, on their completion;

(l)

“construction documents” mean drawings or documents containing information

pertaining to building construction processes and approvals, building materials and

equipment specification, architectural details required by the authority having

jurisdiction;

(m) “contract demand” means the maximum demand in kiloWatt (kW) or kilo-Volt

Ampere (kVA) (within a consumer’s sanctioned load) agreed to be supplied by the

electricity provider or utility in the agreement executed between the user and the utility

or electricity provider;

(n) “Empanelled Energy Auditors (Building)” means a firm consisting of the Certified

Energy Auditor certified under Bureau of Energy Efficiency (Certification Procedures

for Energy Auditors and Energy Managers) Regulations, 2010 and Certified Energy

Auditor (Building), and empanelled with the Bureau;

(o) “energy conservation measures” mean the measures incorporated in the building

design for saving energy, or enhancing comfort in peak electrical or thermal demand,

or reducing cooling or heating load covering any element of a component with any

other element of the same or other component of the Code and includes any such

measure incorporated in the said building design of the proposed or existing building.

(p) “energy performance index” means annual energy consumption of a building in

kiloWatt-hours per square meter of the area of the building which shall be calculated as

per the following formula:

Annual energy consumption in kW

EPI =

total built— uparea (excluding storage area and the parking in

the basement) in m²

(q) “energy performance index ratio” means the ratio of the energy performance index

of the proposed building to the energy performance index of the standard baseline building;

(r) “establishment” means a business or other organization, or the place where an

organization operates and includes a Government establishment and private

establishment;

(s) “form” means the forms appended to these rules;

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(t)

“owner” means a person, group of persons, a company, a trust, an institute, registered

body, board, corporation, autonomous bodies, State Government or Central

Government and its attached or sub-ordinate departments, undertakings and such other

agencies or organizations in whose name the property stands registered in the revenue

records for the construction of a building or building complex;

(u) “proposed design” means the computerized design of a building consistent with the

actual design of a building which complies with all the requirements of the Code either

through prescriptive or whole building performance method;

(v) “standard baseline design” means the standard design that complies with all the

mandatory and prescriptive requirements of the Code and has the same built-up area of

the proposed building;

(w) “SDA” means Directorate of Energy, Government. of Himachal Pradesh, the

nominated agency for Energy Conservation as per EC Act 2001.

(2) Words and expressions used herein and not defined, but defined in the Act, or in the

Code, shall have the meanings respectively assigned to them in the Act or in the R-

ECBD 2018.

Application. - These rules shall apply to every building, which is used or intended to

be used for commercial purposes, having total built-up area equal to or greater than 750 square

meters and such building shall cover the following components, namely: -

(a) building envelope;

(b) comfort systems and controls (heating, ventilation and air conditioning service hot

water system);

(d) electrical and renewable energy systems;

(e) any other system, as may be specified from time to time by the Bureau:

Provided that these rules shall not apply to equipment, appliances, devices and parts of

building that use energy primarily for manufacturing processes:

Provided further that wherever these rules are in conflict with safety, security, health or

environmental codes, or Bureau of Energy Efficiency’s Standard and Labelling for equipment or

appliances and Star Rating Program for buildings and if they are more stringent than the

requirement of these rules then they shall prevail over these rules:

Provided also that if any existing building after additions or alterations exceeds total built-

up of 750 square meters or more shall comply with the provisions referred to in clauses (a) to (e) of

this rule.

Compliance mechanism. – (1) The compliance of energy performance of a building

shall be ensured by the owner by following either of the following methods, namely: -

(a) Prescriptive Method. – The building shall comply with the mandatory requirements

and prescriptive requirements as specified in the Code for envelope components,

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comfort systems and controls, lighting and controls, electrical and renewable energy

systems;

(b) Whole Building Performance Method. – The building shall comply with all mandatory

measures and the requirements specified in the whole building performance method of

the Code and the energy performance index of the proposed design under this method

shall be the same or less than the energy performance index of the standard baseline

design of building as follows:

EPI of Proposed Building

EPI Ratio =

≤1

EPI of Standard Building

(2) The summary covering building envelope, comfort systems and controls, lighting and

controls, and electrical and renewable energy systems and their checklists under Prescriptive

Method and Whole Building Performance Method shall be as specified in the Appendix D of the

Code.

Procedure for erection of Code compliant building. - (1) Every owner who intends

to erect or re-erect a building or make alterations or additions in any building under these rules

shall submit to the concerned authority having jurisdiction, an application in Form I accompanied

by—

(a) construction documents duly signed by the owner together with an undertaking in

Form II;

(b) construction documents shall ensure –

(i)

compliance with the applicable building bye-laws in force;

(ii) building design incorporates energy conservation measures and best national and

international practices having regard to the climatic conditions of the site and

specific needs of the building so as to optimize the energy performance index

ratio of the building;

(iii) that all the data, building features, identified energy conservation measures under

various building components and systems are shown in detail and in the manner

specified in the applicable bye-laws;

(iv) the drawing of plan, colour of plan, dimensions of plan, scale of plan as per

requirements of the applicable bye-laws in force;

Code, duly certified by Empanelled Energy Auditors (Building) including the

following, namely:-

(i)

energy performance index ratio report in respect of the proposed building at the

design stage;

(ii) certificate in Form III by Empanelled Energy Auditors (Building) certifying the

compliance documents as specified in Appendix D of the Code;

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(iii) have been scrutinized or verified in respect of the identified energy conservation

measures; and

(iv) an application with heading super scribed “Application for permission to

erect/re-erect an Himachal Pradesh Energy Conservation Building Code

Compliant Building”, duly signed by the owner seeking building permit from the

concerned authority having jurisdiction before starting construction work in

respect of the proposed building.

(2) The authority having jurisdiction may require submission of documents in electronic

form or hard copy of the documents, referred to in sub-rule (1).

(3) The Empanelled Energy Auditors (Building), at the design stage, shall follow the

following procedure of inspection, namely: –

(a) scrutinize the construction documents with respect to–

(i)

floor area;

(ii) window area;

(iii) wall area;

(iv) roof area of the building;

(v) built-up area of the proposed design of the building;

(b) scrutinize the Code compliance documents and the check list as specified in the

Appendix D of the Code and identify -

(i)

the energy conservation measures that are applicable to the proposed design of

building;

(ii) insulation quantities in walls and roof, and the construction assemblies, solar heat

gain co-efficient, visible light transmittance and thermal transmittance (U-factor)

for window assemblies;

(iii) heating, ventilation and air-conditioning component tables for air-handling

equipment, refrigeration equipment, condensing equipment and air-flow

summaries;

(iv) heating, ventilation and air-conditioning equipment efficiencies and control

equipment;

(v) tables showing lighting equipment schedules;

(vi) lighting power density calculations in the design documents;

(vii) lighting controls;

(viii) motor efficiencies and controls;

(ix) findings of the document review to match with the energy model inputs for the

proposed building by using the simulation tool approved by the Bureau;

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(d) verify and certify the items from (i) to (ix) of (b) and (c);

(e) fill the check list as specified in the Appendix D of the Code and issue correction list in

case the design documents of the proposed design of building provide inadequate

information or do not meet the requirements of these rules and shall-

(i)

communicate his findings in Form IV to the owner of the building under

intimation to the concerned authority having jurisdiction;

(ii) give specified time to the owner to implement its findings;

(iii) satisfy himself that the communication received from the owner within the

specified time, meet the findings and fulfill the shortcomings;

(f) record his approval and complete the checklist conforming compliance with the Code

and these rules and issue the certificate of approval in Form V to the owner under

intimation to the concerned authority having jurisdiction and State designated agency.

(4) The authority having jurisdiction on receipt of application under sub-rule(1) for issue

of permit for construction of proposed building shall—

(i)

approve the design and sanction building plan only after it has received a certificate in

Form II or Form IV from the Empanelled Energy Auditors (Building);

(ii) grant permit to erect or re-erect the building or add to or make alterations in the

building to carry out the construction works subject to the following conditions in its

sanction letter, namely: -

(A) the construction work shall be in accordance with the sanctioned plan and

requirement under the Code and these rules;

(B) the compliance with these rules shall be achieved during construction-in-progress;

owner;

(D) the authority having jurisdiction may, at any stage, revoke the permit on receipt of

non-compliance report from the Empanelled Energy Auditors (Building) or on the

notice of any misrepresentation of material facts in the application in respect of

the provisions of these rules or the Code after giving a reasonable opportunity of

being heard to the owner.

(5) After receiving the permit, the owner shall—

(a) give notice of his intention to start the construction work of the building in Form

VI;

(b) undertake construction of energy conservation measures incorporated in the

construction documents in terms of sub-clause (ii) of clause (b) of sub-rule (1);

the construction documents referred to in clause (a) of sub-rule (1) to most

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effective use of energy by Adopting best practices in such components and

systems to optimize the energy performance index ratio;

(d) take the approval of the Empanelled Energy Auditors (Building) before

undertaking such construction referred to in clause (c) if the components and

systems proposed to be constructed are other than those incorporated in the

construction and compliance document.

(6) The Empanelled Energy Auditors (Building), at construction stage, shall review, verify

the specifications of the parameters specified in sub-rule (3) and,

(a) fill out the checklist specified in the Appendix D of the Code, provide comments if the

proposed design of building does not meet the construction requirements and specify

the shortcomings in compliance to the Code, these rules and sanctioned plan, and

shall—

(i)

communicate its shortcomings and finding to the owner;

(ii) give specified time to the owner to implement its findings;

(iii) satisfy himself that the communication received thereafter from the owner meets

the specified findings and fulfill shortcomings;

(b) record his approval and complete the checklist indicating compliance with the Code

and these rules, and issue a certificate of compliance in Form VII to the owner under

intimation to the authority having jurisdiction;

with the sanctioned plan or is in violation of any of the provisions of the Code and

these rules, Empanelled Energy Auditors (Building) shall notify the owner, and request

for additional information with respect to his findings or on the short comings

identified by him as per Form VIII;

(d) in case the Empanelled Energy Auditors (Building) is satisfied with the additional

information provided by the owner, he shall record the same in the certificate of

compliance in Form VII and communicate the same to the owner under intimation to

the authority having jurisdiction;

(e) in case the Empanelled Energy Auditors (Building)is not satisfied with the additional

information submitted by the owner he shall report the same to the authority having

jurisdiction to ensure that all further construction is stayed until correction has been

effectuated and a certificate of compliance has been issued by Empanelled Energy

Auditors (Building).

(7) Every owner shall submit a notice of completion of the building in Form IX to the

authority having jurisdiction on the completion of work including the works related to energy

conservation measures specified in the sanctioned permit along with the certificate in Form X

issued by the Empanelled Energy Auditors (Building) certifying the completion of the building

accompanied by —

(a) the duly completed compliance forms together with check list of various components

covered under rule (3) at the completion stage which shall include the followings-

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(i)

review of heating, ventilation and air-conditioning component tables for air-

handling equipment, refrigeration equipment, condensing equipment, air-flow

summaries, tables showing lighting equipment specifications, and tables showing

motor specifications;

(ii) inspection of lighting equipment like lamps, ballasts, to confirm fixture wattage

and inspection shall include at least random check across according to the type of

usage in the building to determine lighting power density;

(iii) review the required lighting controls such as manual switching off perimeter, day

lighting circuits, automated occupancy-based control, photo sensor controls, and

automated timer-based controls;

(iv) review of coefficient of performance values of installed heating, ventilation and

air-conditioning equipment and control equipment;

(v) review of efficiencies of installed motor and controls;

(vi) review of power factor and power distribution losses;

(vii) review the required check metering and monitoring system.

(b) a list of the energy related building features in the proposed design, if any, which are

different from the sanctioned or standard baseline design;

energy conservation measures including insulation, fenestration, heating, ventilation

and air-conditioning, lighting and electrical systems, water heating systems of the

building.

(8) If the energy performance index ratio at the completion stage is less than or equal to

one as compared to the sanctioned plan of the building, it shall be deemed to have complied with

the Code and these rules.

(9) If there is deviation in the energy performance index ratio of the sanctioned plan that is

it is more than one as compared to the sanctioned plan of the building, Empanelled Energy

Auditors (Building) shall record its findings in Form XI and communicate the same to the owner

and seek compliance of the same through incorporation of additional energy conservation measure.

The Empanelled Energy Auditor (Building) shall render technical assistance to the owner to ensure

that the proposed design of building becomes compliant with these rules.

(10) The owner shall neither occupy nor allow any other person to occupy the building or

part of the building covered under these rules for any purpose until such building or such part

thereof has been granted occupancy certificate under the bye-laws of the authority having

jurisdiction.

(11) The owner shall give notice of completion of the building and seek permission for

occupancy.

(12) The authority having jurisdiction on receipt of such notice by the owner accompanied

by a certificate by the Empanelled Energy Auditors (Building), issue the occupancy certificate in

Form XII incorporating inter alia the following conditions, namely: -

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(i)

that the energy performance of the building shall be monitored and verified by the

Himachal Pradesh Energy Conservation Building Code Implementation

Committee;

(ii) that the owner through the Empanelled Energy Auditors (Building) shall submit

to the State designated agency, an energy performance index report as per Form

XIII under intimation to Bureau for two consecutive years after the building has

been fully operational;

(iii) in case the energy performance index ratio of the building is more than one, the

authority having jurisdiction may issue a provisional occupancy certificate subject

to the condition that the owner shall undertake energy audit of the building to

identify additional energy conservation measures to achieve the energy

performance index ratio of the building approved in the sanctioned plan or permit

within a period of three years;

(iv) if the owner fails to achieve the energy performance index ratio as specified in

clause (iii) within a period of three years from the date of occupancy of the

building the authority having jurisdiction shall place the matter before the

Himachal Pradesh Energy Conservation Building Code Technical Grievances

Redressal Committee, which shall hear the owner and the Empanelled Energy

Auditors (Building) and make recommendations in the matter accordingly and the

authority having jurisdiction shall comply with such recommendations.

(13) The process shall be continued repeatedly till energy performance index ratio of the

building comes to less than one or equal to one and Empanelled Energy Auditors (Building) shall

fill and submit the compliance documents, as specified in Appendix D of the Code, of various

energy conservation measures at each stage namely, design, construction and completion, to

achieve conformity with the Code and these rules.

(14) The simulation tool referred in sub-rule (3) shall be based on the standard method of

test for the evaluation of building energy analysis computer program.

(15) The owner may approach the Himachal Pradesh Energy Conservation Building Code

Compliant Technical Grievances Redressal Committee for redressal of any grievance under the

provisions of these rules.

Committees.—(1) The Directorate of Energy shall constitute State Energy

Conservation Building Code Implementation Committee headed by the Chief Secretary of the State

or, his nominee and following members—

(a)

a representative from Bureau.

(b) a representative from Himachal Pradesh Public Works Department.

(d) representative from Municipal Corporation Shimla (MCS)

(e) representative from Urban Development & Housing (UDH).

(f)

representative from Development Authorities.

(g) a representative from construction industry.

(h) a BEE empaneled ECBC Master Trainer.

(i)

a senior representative from DOE, EC Cell, as member Secretary.

(j)

any other member nominated by the chairperson.

3350

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(A) The State Energy Conservation Building Code Implementation Committee shall:

(i)

promote energy efficiency standards through optimization of parameters in the

various components and systems of the building in line with the provisions of

these rules to enhance the building performance and provide every support to it to

make it an effective instrument of promoting energy conservation and energy

efficiency in the commercial buildings or establishment;

(ii) forward its recommendations to the Bureau to assist the National Energy

Conservation Building Code Implementation Committee to develop and revise

energy consumption standards for buildings, in terms of energy performance

index, zone-wise - hot and dry, warm and humid, composite, temperate and cold

climate zones, classification-wise;

(iii) create awareness about Himachal Pradesh Energy Conservation Building Code

and procedure for erection of code compliant building;

(iv) promote construction of energy efficient buildings ensuring quality and

consistency in their constructions having regard to the climatic conditions and

needs of the building projects;

(v) promote capacity building of building professionals, developers and contractors to

promote energy efficient designs of buildings in close co-ordination with

authorities having jurisdiction;

(vi) undertake performance review of annual work of all Empanelled Energy Auditors

(Building) to check their credentials;

(B) Himachal Pradesh Energy Conservation Building Code Compliant Technical

Grievances Redressal Committee headed by an officer of the Urban Development and

Housing Department, Government of Himachal Pradesh, with other members, not

exceeding four, nominated by the Himachal Pradesh Energy Conservation Building

Code Implementation Committee who are qualified by experience and training to pass

judgment upon matters pertaining to construction of Code compliant building in the

State, to–

(i)

hear grievance filed by the owner of a Code complaint building within the

specified time period given by the authority having jurisdiction relating to the

building permit, completion certificate, occupancy certificate of building

including determination of the energy performance index ratio at the completion

stage and interpretation of these rules or any other grievance arising out of the

implementation of the Code and these rules;

(ii) make recommendations to the authority having jurisdiction to reconsider such

issue, or for implementation by the authority having jurisdiction, as the case may

be.

(2) The National Energy Conservation Building Code Implementation Committee

constituted by Bureau of Energy Efficiency shall evaluate the recommendations of the State Energy

Conservation Building Code Implementation Committee sent under sub-clause (ii) of clause (a) of

sub-rule (1) and finalize its recommendations regarding formulation of national energy

consumption norms and standards climate zone wise, classification-wise of Code compliant design.

Bureau shall update the code as per laid down notified procedure.

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Responsibilities and duties of the owner.—(1) The owner of the Code compliant

building shall carry out the work of the said building in accordance with the requirements of the

Code and these rules.

(2) Every owner shall—

(a) engage Empanelled Energy Auditors (Building) in development of building design,

installation of energy conservation measures and equipment to meet with the

requirements of these rules and ensure following, namely:–

(i)

finalize the compliance approach relevant for his building project based on

the complexity of the building, budget and time constraints;

(ii) finalize the energy conservation measures as per the Code as amended from

time to time having regard to the location of the proposed building;

(iii) to integrate the energy conservation measures in the building design in

accordance with the provisions of these rules;

(iv) that drawings, specifications and compliance forms are prepared and energy

conservation measures are reflected in the building design documents and

submitted to the authority having jurisdiction in compliance with the

requirements of the rules accompanied by a certificate specifying the energy

performance index ratio of the building by the Empanelled Energy Auditors

(Building) that the documents are as per the requirement of these rules;

(v) notice is given within the validity of sanction to the authority having

jurisdiction of his intention to start the construction work at the building site;

(vi) commence the work within the period specified by the authority having

jurisdiction from the date of such notice or seek extension of time for starting

the construction work, wherever necessary;

(vii) ensure that the designed energy conservation measures are adopted in the

construction of the building and installation of its components and systems.

(b) permit the Empanelled Energy Auditors (Building) to enter the building or

premises at any reasonable time for the purpose of inspection to ensure

compliance of building works with rules and regulations under the Act;

(c)

give written notice to the authority having jurisdiction intimating the completion

of the construction work along with a certificate from the Empanelled Energy

Auditors (Building) to the effect that—

(i)

the construction of the building has been done in accordance with the

sanction of the building permit;

(ii) all the energy conservation measures have been installed and inspected, and

they meet the requirements of the Code and these rules;

(iii) the building design meet with the provisions of the Code and these rules;

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(d) give written notice to the authority having jurisdiction as well as to the State

designated agency in case of termination of the services of Empanelled Energy

Auditors (Building) and appointment of other Empanelled Energy Auditors (Building)

in its place;

(e) obtain an occupancy permit from the authority having jurisdiction prior to any

occupancy of the building or part thereof after completion of the building;

(f) report the practical difficulties to the Empanelled Energy Auditors (Building), if any,

in carrying out the provisions of these rules, who shall take necessary action in

consultation with State designated agency and Himachal Pradesh Energy Conservation

Building Code Implementation Committee;

(g) on the receipt of the notice, if any, from the authority having jurisdiction, he shall

discontinue such usage within reasonable time as specified in such notice and in no

case he shall disregard the provisions of these rules;

(h) where he proposes to alter the installation of any system or material or equipment on

account of improving the energy efficiency of the building contrary to the system,

material or equipment as indicated in the sanction plan he shall use or install such

system or material or equipment after obtaining the necessary approval of the

Empanelled Energy Auditors (Building):

Provided that it does not violate the spirit and intent of the provisions of these rules:

Provided further that such change shall not compromise with the building requirements

namely, structural stability, safety, health or environmental provisions of Central laws and State

laws applicable to the buildings covered under these rules.

(3) The owner may approach the Himachal Pradesh Energy Conservation Building Code

Compliant Technical Grievances Redressal Committee for redressal of any grievance under the

provisions of these rules.

Role, responsibilities and duties of the Empanelled Energy Auditors (Building).–

The Empanelled Energy Auditors (Building), whose services are engaged by the owner, shall–

(a) verify and certify –

(i)

the design of the building keeping in view the design criteria, energy goals of the

project, energy systems performance verification plan, and the modeling

approach;

(ii) the energy conservation measures based on the design approach for the project

under consideration;

(iii) construction documents and compliance documents, compliance forms and

checklists specified to ensure that the building complies with the Code and these

rules;

(iv) energy performance index ratio of the proposed building;

(b) furnish a certificate under its seal and authorized signature to the effect that drawings,

specifications, construction documents, compliance documents and forms prepared

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covering building envelope, comfort system and controls, lighting and electrical power

systems, wherever applicable, and all other Code related documentation prepared for

submission to the authority having jurisdiction ensuring compliance with these rules;

buildings including their uses under these rules and based on his certification, the

authority having jurisdiction shall issue building permit, approve construction of

building, issue completion and occupancy certificates;

(d) the Empanelled Energy Auditors (Building) shall ensure that none of the professionals

or employees working under him/her is engaged in any work in connection with the

construction or alteration of the concerned building covered under these rules to ensure

that there is no conflict of interest with his/her official duties with the interests of the

authority having jurisdiction;

(e) report to State designated agency on such unusual technical issues that may arise due

to issue of building permit or construction of building or during occupancy stage;

(f) provide inputs to the National and State Energy Conservation Building Code

Implementation Committees to facilitate for better implementation of the Code and

these rules;

(g) promote norms and standards specified in the Code.

Responsibilities and duties of State designated agency.—The Directorate of Energy

(DoE) established by Government of Himachal Pradesh under clause (d) of section 15 of the Act, in

consultation with Bureau, shall–

(a) coordinate, regulate and enforce provisions of the Code and these rules for efficient use

of energy and its conservation under the Act in Himachal Pradesh;

(b) ensure every commercial building or establishment having total built-up area of 750

square meter or more, be constructed in compliance with these rules;

quality, consistency and rate of compliance of these rules with a view to make the

cadre of Empanelled Energy Auditors (Building) as effective instruments for

promotion of energy efficiency in the building sector in the State;

(d) create a data bank in the State to measure the compliance rates of the Code compliant

buildings and accurately account for the energy savings resulting from the compliance

of these rules;

(e) also create a data bank on energy use per square meter of area of the building under

different zones namely, hot and dry, composite and cold, separately for each category

in the State;

(f) take necessary steps to make energy performance index as a measure to comply with

these rules in the various categories of buildings and send its recommendations to the

Bureau for the formulation of energy consumption norms and standards in respect of

various categories of buildings constructed zone-wise in the State;

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(g) arrange conduct site visits, if considered necessary, to determine the accuracy of

reporting by Empanelled Energy Auditors (Building) in the State;

(h) prepare a report on performance of Empanelled Energy Auditors (Building) listing out

the projects complying with these rules, projects in violation of compliance with these

rules and the level of violation, and provide summary of such violations for each year

to the Bureau of Energy Efficiency;

(i)

coordinate with the authority having jurisdiction to amend their building bye-laws

incorporating the provisions of these rules for the purpose of construction of buildings

in compliance with the Code and these rules;

(j)

provide necessary support to the authority having jurisdiction to conform to the

provisions of these rules with regard to matters concerning design construction

including energy conservation measures and occupancy for improving the energy

performance of Code compliant buildings and effectiveness in compliance of these

rules.

10. Miscellaneous.—(1) The use of any energy conservation measures or method or

design or construction not specifically specified under these rules shall not be prevented by the

authority having jurisdiction if such energy conservation measures or method or design or

construction is found to be satisfactory by the Himachal Pradesh Energy Conservation Building

Code Compliant Technical Grievance Redressal Committee and such energy conservation

measures or method or design or construction assist the owner in optimizing the energy

performance index ratio in the use of energy on its occupancy.

(2) The Code on periodic revision by Bureau shall be adopted by the state as per the

provision of the EC Act.

Any clarifications/amendment issued by Bureau during the applicability of the adopted code

shall also be implied to be applicable to the state if recommended by the State Energy Conservation

Building Code Implementation Committee.

By oder,

PRABODH SAXENA,

Principal Secretary (Power).

________

FORM-I

[See rule 5(1)]

Application for seeking building permit in respect of erection/ re-erection/making

alteration in the Himachal Pradesh Energy Conservation Building Code compliant Building.

The Commissioner or (name of the competent authority)

Authority having jurisdiction,

Name of the city

Date: __/__/____

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Subject.—Application for erection of Himachal Pradesh Energy Conservation Building Code

compliant

building

premises

Plot

no._________________Block

No____________Scheme______________Street___________Name of the town/city.

Sir,

I/We the under signed hereby give you notice of my intention to erect /re- erect/alter

Himachal Pradesh Energy Conservation Building Code Compliant Building under the Himachal

Pradesh Energy Conservation Building Code Rules, 2018 in the premises of plot

No.______________Block No.___________ Scheme________ and request for issue of building

permit for the construction of Himachal Pradesh Energy Conservation Building Code compliant

building. The following documents are enclosed.

(i)

Construction Documents and Compliance Forms together with check-lists

incorporating the installation of Energy Conservations Measures specified in the

aforesaid rules.

(ii) The Construction Documents and Compliance Forms together with check-lists have

been verified by Shri-------------- Regd. number__________ Empanelled Energy

Auditors (Building). A certificate in Form II duly signed and sealed in this regard is

enclosed.

Yours faithfully,

(Name of the owner)

Address_______

Tel. No./Mobile No.__

_________

FORM-II

[See rule 5(1)(a)]

[Undertaking by owner for construction of the Himachal Pradesh Energy

Conservation Building Code compliant building]

I/We am/are the owner(s) of the aforesaid Plot No. ________________________Block

No.___________and the proposed building on completion of construction shall have total built-up

area equal to or greater than 750 square meters and is proposed to be constructed to be used or

intended to be used for commercial purposes.

The proposed building accordingly attracts the provisions of Himachal Pradesh Energy

Conservation Building Code Rules, 2018.

I/we undertake that the aforesaid building shall be constructed in accordance with the bye-

laws of the Municipal Authority and the provisions of the Himachal Pradesh Energy Conservation

Building Code Rules, 2018. In case any deviation is noticed during the construction of the

Building, I/we shall indemnify the loss to the authority having jurisdiction.

I/ we further undertake that the information supplied in the enclosed drawings and the

application is accurate to the best of my/our knowledge and if any of the information supplied is

found to be incorrect and such information result in loss to the Central or the State Government or

any other authority under them. I/ we undertake to indemnify such loss.

Signature,

(Name of the owner)

Address_______,

Tel. No./Mobile No.__.

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FORM-III

[(See rule 5(1)(c)(ii) and 5(4)(a)(i)]

[Certificate from Empanelled Energy Auditors (Building) to be enclosed with the application

for Building Permit for Himachal Pradesh Energy Conservation Building Codecompliant

building]

I/We am/are Empanelled Energy Auditors (Building) having registration No /_______under

the Energy Conservation Act 2001 (52 of 2001) and am authorized to scrutinize and verify the

design of Himachal Pradesh Energy Conservation Building Code compliant building. I/We certify

that –

(a) I/We have scrutinized the construction documents, undertaking given by the owner

duly signed by the owner/design professional showing all the pertinent data and

features of the building, equipment and systems in sufficient details covering building

envelop, heating, ventilation and air-conditioning, service hot water, lighting and

electrical power in accordance with municipal bye-laws and with Himachal Pradesh

Energy Conservation Building Code rules,2018 in respect of building proposed to be

constructed on plot on ----------------block no--------- scheme in the city of

_________in the State of __________;

(b) I/We have scrutinized the compliance forms with the check- lists to ensure compliance

with the bye-laws and Himachal Pradesh Energy Conservation Building Code rules,

2018.

(d) The energy performance index ratio of the building design as per compliance

documents, at the design stage is equal to or less than one and is therefore in

compliance with Himachal Pradesh Energy Conservation Building Code Rules, 2018.

(e) It is certified that all required scrutiny and verification of the documents submitted

have been carried out diligently, truthfully and all reasonable professional skill, care

and diligence have been taken in scrutinizing and verifying the drawings of the

buildings and compliance forms together with check–lists covering the various

components of Himachal Pradesh Energy Conservation Building Code Rules, 2018.

(f) The contents of all the documents submitted along with the application are a true

representation of the facts and nothing has been concealed.

There is no objection for issue of building permit in respect of the aforesaid proposed

building in so far as requirements of Himachal Pradesh Energy Conservation Building Code Rules,

2018 are concerned.

Signature,

Name of the Empanelled Energy Auditors(Building),

Registration No /SEAL.

Date.

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FORM-IV

[See rule 5(3)(e)(i) & 5(4)(a)(i)]

[Certificate of Inspection by Empanelled Energy Auditors (Building) on review of

Building Permit Application in respect of the proposed building -Communication of

omissions and non-compliance to owner]

Shri ___________,

Address

Subject: Application for erection of proposed Building in premises of Plot no. _____Block

No.

_____Scheme________Street________Name of the town/city- Details of omission /non-

compliance with Himachal Pradesh Energy Conservation Building Code rules, 2018 on design

stage inspection.

Sir,

I/We,…………………….(Name),

being an

authorised

Empanelled

Energy

Auditors (Building)videorderNo.___________________ hereby state I/we have reviewed and

verified the undertakinggiven byyou and haveinspectedthe construction documents, compliance

forms, check-lists, submitted along with building permit application in respect of the various

elements specified in sub-rule (3) of rule 5 of the various components of the proposed building in

respect of the subject building and inform that the following omission/non-compliance have been

discovered on inspection –

(i)

(ii)

(iii)

(iv)

It is requested that the necessary energy conservation measure in consultation with your

design team be carried out in order to bring them in compliance with Himachal Pradesh Energy

Conservation Building Code Rules, 2018. You are accordingly requested to take corrective action

within a period of one month from the date of issue of this letter. Further action on your application

for issue of building permit shall be taken after satisfactory compliance of the aforesaid

omission/non-compliance.

Signature,

Registration No/Mobile,

Number.Empanelled Energy Auditors(Building),

Seal.

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FORM V

[See rule 5(3)(f)]

[Certificate of Inspection by Empanelled Energy Auditors (Building) on review of

building permit application enclosing construction documents and compliance forms in

respect of Himachal Pradesh Energy Conservation Building Code compliant building]

I/We,…………………….(Name), being an authorized Empanelled Energy Auditors

(Building) videorderNo.___________________hereby state that I/we have reviewed and

verifiedthe undertaking given by the owner,, and have inspected the construction documents,

compliance forms, check-lists, submitted along with building permit application in respect of the

various elements of the proposed Himachal Pradesh Energy Conservation Building Code compliant

building

inthe

premises

plot

No.______________BlockNo.___________Scheme________Town/City________Stateof_______

___ and certify that the

(i)

the omission/non-compliance pointed out by the undersigned in the certificate of

Inspection dated ……...have been complied with satisfactorily;

(ii) the energy performance index ratio calculation match with the data given in the

aforesaid documents and is in compliance with Himachal Pradesh Energy

Conservation Building Code rules, 2018.

I/We further certify that –

(a) all reasonable professional skill, care, and diligence have been taken in verifying the

compliance forms in respect of the various elements of the components covered in

Himachal Pradesh Energy Conservation Building Code rules, 2018 and contents

thereof are a true representation of the facts and meet the requirements of Himachal

Pradesh Energy Conservation Building Code rules, 2018.

(b) There is no objection for issue of building permit in respect of the aforesaid proposed

building in so far as requirements of Himachal Pradesh Energy Conservation Building

Code Rules, 2018 are concerned.

The check-list duly completed and signed by the undersigned is enclosed.

Signature,

Authorized/Empanelled Energy Auditors (Building),

Registration number/ Mobile number,

Seal.

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FORM-VI

[See rule 5(5)(a)]

Notice for commencement of construction work of Himachal Pradesh Energy

Conservation Building Code Compliant Building.

Date: __/__/____

The Commissioner or (name of the competent authority)

Authority having jurisdiction,

Name of the City.

Subject.—Erection of

Energy

Conservation

Building Code

compliant building

on premises

Plot

no._____Block

No.

______

Scheme________

Street________ Name of the town/city-Notice for commencement of building

construction works.

Sir,

I/We hereby give notice for commencement of building works including implementation of

Energy Conservation Measures for erection of Himachal Pradesh Energy Conservation Building

Code compliant building in the aforesaid site i.e. Plot No. ……..scheme…………..street in

pursuance of the sanction granted by the Authority having jurisdiction/vide file No. /letter

No…………….

Yours faithfully,

Signature of the owner,

(Name of the owner),

Address of the owner.

_________

FORM VII

[See rule 5(6)(b) and (d)]

[Certificate of Inspection by Empanelled Energy Auditors (Building) on review of

construction works enclosing construction documents and compliance forms in respect of

Himachal Pradesh Energy Conservation Building Code compliant building-- Issue of

certificate of compliance].

The Owner,

Address.

I/We,…………………….(Name), being an authorised/Empanelled Energy Auditors

(Building)vide orderNo.___________________hereby state I/we have reviewed the undertaking

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given by the owner, energy conservation measures installed during the construction works and

have reviewed the construction documents, compliance forms,check-lists, submitted along with

progress in construction works in respect of the various elements of the components referred to in

sub-rule (6) of Rule 5 of the proposed Himachal Pradesh Energy Conservation Building Code

compliant

building

the

premises

plot

No._______________________________

BlockNo.___________scheme________Town/City________State of__________ and certify that

the energy performance index ratio calculation match with the data given in the aforesaid

documents;

I/We further certify that all reasonable professional skill, care, and diligence have been

taken in verifying the construction document and compliance forms in respect of the various

elements of the components covered in Himachal Pradesh Energy Conservation Building Code

rules, 2018 and contents thereof are a true representation of the facts and meet the requirements of

Himachal Pradesh Energy Conservation Building Code rules, 2018.

The check-list duly completed and signed by the undersigned is enclosed.

Signature

Name

Empanelled Energy Auditors(Building),

Registration No./Mobile number.

Seal

Copy to:— Commissioner, Authority having jurisdiction/Name of the City/Town Chief Executive,

State designated agency/Address.

________

FORM-VIII

[See rule 5(6)(c)]

[Certificate of Inspection by Empanelled Energy Auditors (Building) on review of

construction works enclosing construction documents and compliance forms in respect of

Himachal Pradesh Energy Conservation Building Code compliant building- Issue of

certificate of non-compliance]

Shri…………..

owner

Address Date: __/__/____

Sub: Erection of Himachal Pradesh Energy Conservation Building Code compliant Building on

premises of plot No. _____block No.______ scheme________ street________ name of the

town/city-Communication of findings by the Empanelled Energy Auditors (Building).

Sir/Madam,

I/We,……………...........(Name),being an authorised/Empanelled Energy Auditors (Building)

vide order No.___________ hereby state I/we

have reviewed the undertaking

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given by the owner, and energy conservation measures under construction and have reviewed the

construction documents, compliance forms, check-lists,submitted along with progress in

construction works in respect of the various elements of the components of the proposed

Building in the premises of plot No.______________ Block No.__________ Scheme________

Town/City________ State of__________ and have to state that the construction has not proceeded

in accordance with the sanctioned plan and has deviated/is deviating the following provisions of

Himachal Pradesh Energy Conservation Building Code Rules, 2018 namely:—

(i)

(ii)

(iii)

None of the above deviations are covered in the best practices approved by the

Himachal Pradesh Energy Conservation Building Code Implementation Committee.

The following deviations are covered in the best practices by Himachal Pradesh Energy

Conservation Building Code Implementation Committee.

The building owner is requested to rectify the above deviations or take the approval of

the Himachal Pradesh Energy Conservation Building Code Technical Grievance Redressal

Committee.

The building owner after obtaining the approval provided in para 3 above or rectifying

the deviations notified in para 1 above may inform the undersigned of the action taken in the matter

within one month from the date of approval obtained or rectification completed along with the

updated check- list to enable me to inspect the works in connection with the issue of certificate of

approval provided in clause (d)of sub-rule (6) of rule 5of Himachal Pradesh Energy Conservation

Building Code Rules, 2018.

Yours faithfully,

Signature,

Name of Authorized/Empanelled Energy,

Auditor(Building)Number/Mobile number.

Seal.

Copy to: Commissioner, Authority having jurisdiction/Name of the City/Town

___________

FORM IX

[See rule 5(7)]

Notice of completion

The Commissioner,

Authority having jurisdiction,

Name of the Town.

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Subject:.—Construction of Himachal Pradesh Energy Conservation Building Code compliant

building on plot No. ____in block No.______town _______Notice of completion of construction of

Himachal PradeshEnergy Conservation Building Code compliant works.

Sir,

I/We hereby give notice that the erection of the building on plot No…………Block

No.……………. Including execution and implementation of the energy conservation measures

have been completed in accordance with the plans sanctioned vide your office communication

No........ dated..........The following documents are enclosed:—

A certificate of inspection on completion of the aforesaid building from S.Shri_________

Empanelled Energy Auditors (Building) vide Municipal Authority Order No______________dated

_________

The building is fit for use for which it has been erected/re-erected/constructed.

It is requested that permission to occupy or use the aforesaid building may be granted.

Yours faithfully,

Signature ...............,

Name of the owner Plot No. block No. Address.

__________

FORM-X

[See rule 5(7)]

[Certificate of Inspection by Empanelled Energy Auditors (Building) on review of

completion of construction works enclosing construction documents and compliance forms in

respect of Himachal Pradesh Energy Conservation Building Code compliant building -Issue

of certificate of compliance].

Name…………

Owner the Building,

Address

Subject.—Completion of Construction Works in respect of Himachal Pradesh Energy

Conservation Building Codecompliant building.

Certificate

I/We,…………………….(Name(s)),being

the authorized Empanelled Energy

Auditors (Building)videorderNo.___________________hereby state that I have verified the

undertaking given by the owner, and have inspected the construction documents, compliance

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forms, check-lists, submitted on completion of building of the proposed Himachal Pradesh Energy

Conservation Building Codecompliant building in the premises of plot No.______________block

No.___________ scheme________town/City________state of__________ and certify that the;

(i)

The works covered under the Himachal Pradesh Energy Conservation Building Code

Rules, 2018 have been completed to the best of my satisfaction. The details of the

various components/system completed as per Himachal Pradesh Energy Conservation

Building Code rules, 2018 are given below:

Name of the component

dated

(ii) The energy performance index ratio of the said building match with the data given in

the aforesaid compliance documents specified in para 1 above.

(iii) A list of the energy conservation measures deployed in the construction of aforesaid

building enclosed. Necessary approvals required have been taken by the owner.

(iv) The building in my/our view meets the requirements of Himachal Pradesh Energy

Conservation Building Code Rules compliant building and is fit for occupancy for

which it has been erected.

(v) I further certify that all reasonable professional skill, care, and diligence have been

taken in verifying the construction document and compliance forms in respect of the

various elements of the components covered in the Himachal Pradesh Energy

Conservation Building Code rules, 2018 and contents thereof are a true representation

of the facts and meet the requirements of the Himachal Pradesh Energy Conservation

Building Code Rules, 2018.

(vi) The check-list duly completed, signed sealed by the undersigned is enclosed.

Empanelled Energy Auditors (Building)

Seal/Name/Regd.Number/Certification number

A copy of the certificate is sent herewith to:

(i) Commissioner, authority having jurisdiction, Town /city/ State

(ii) Chief Executive, (By Name), State designated agency/Address

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Form-XI

[See rule 5(9)]

[Certificate of Inspection by Empanelled Energy Auditors (Building) on review of

completion of construction works in respect of Himachal Pradesh Energy Conservation

Building Code compliant building-Communication of omissions and non-compliance to

owner].

Shri ___________,

Address

Subject.—Application for erection of Himachal Pradesh Energy Conservation Building

Codecompliant Building in premises of plot no. _____block No. _____ scheme________

street________ name of the town/city- details of omission /non-compliance with the Himachal

Pradesh Energy Conservation Building CodeRules, 2018 on design/completion stage inspection.

Sir,

I/We,…………………….(Name),being an

authorized

Empanelled

Energy

Auditors

(Building) vide order No.___________________ hereby state I/we have reviewed and verified the

undertaking given by you and have inspected the construction documents, compliance forms,

check-lists, submitted on completion of the proposed Himachal Pradesh Energy Conservation

Building Code compliant building in respect of the subject building and inform that the following

omission/non-compliance have been found on inspection –

(i)

(ii)

(iii)

(iv)

You are accordingly requested to take corrective action within a period of three months

from the date of issue of this letter. Further action on your application for issue of Completion

Certificate shall be taken after satisfactory compliance of the aforesaid omission/non-compliance.

Signature,

Empanelled Energy Auditors (Building),

Registration number/Mobile number.

________

Form XII

[See rule 5(12)]

Occupancy Certificate

(to be issued by Authority having jurisdiction in their occupancy certificate)

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Name of the owner….

Address……

Subject.—Issue of Occupancy Certificate

Sir,

With reference to your notice of completion of an Himachal Pradesh Energy Conservation

Building Code compliant building construction dated………..on plot no……….block no… situated

at …………..I/we hereby certify that the said building as per description annexed on plot No.

_______Block

No.____Scheme_____whose

plans

were

sanctioned

vide

No…………dated………has been inspected with reference to requirements of Himachal Pradesh

Energy Conservation Building CodeRules, 2018.

1. The building is declared fit for occupancy as follows:

Climate Zone 24-Hour use Building / Regular Building

Hospitals/Hotels/Call Centre/Other Building Types

Annexure

Description of the building

Ground Floor

Usage

connected load

1st floor

…….

………

2nd floor

…….

……….

3r floor

……..

…………

4th Floor

……....

…………

etc.

The energy performance index ratio of the building on the completion stage is as per

the sanction plan. It has been decided by the authority having jurisdiction in consultation with the

State designated agency that the building is declared fit for occupancy as specified above, subject to

the condition that the owner shall undertake energy audit of the building and identify additional

energy conservation measures to achieve the compliance with the energy performance index of the

building approved in the sanctioned plan.

The energy performance of the Building shall be monitored and verified by the

Himachal Pradesh Energy Conservation Building Codecommittee for the next two years.

Enclosures: copy of certified completion plan.

Yours faithfully,

(Signature of concerned officer),

Authority having jurisdiction.

Copy to :

The Chief Executive, State designated agency…………

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FORM-XIII

[See rule 5(12)(ii)]

[Energy performance index Report Submission by Empanelled Energy Auditors

(Building) to State designated agency after the building has become fully operational].

The Chief Executive,

State designated agency,

Government of Himachal Pradesh

Sub.—Energy performance index Report for Himachal Pradesh Energy Conservation Building

Codecompliant

building

constructed

Plot

no.

_____

Block

No.

______Scheme

________Street________Name of the town/city-Communication by the Empanelled Energy

Auditors (Building)

Sir,

I/We,…………………….(Name),being the authorised/Empanelled Energy Auditors

(Building) vide order No.___________________ hereby state that I/we have reviewed the

undertaking given by the owner, energy consumption for year………..of the proposed building of

type ………………….in the premises of plotNo.______________Block No.__________

Scheme________ Town/City________ State of__________ and certify that the energy

performance index ratio is………..which is less than or equal to one. The EPI report is enclosed.

I further certify that all reasonable professional skill, care, and diligence have been taken to

verify the energy consumption of the aforesaid building.

Copies of the electricity bills have been enclosed for your reference.

Yours faithfully

Signature,

Name of Authorized/,

Empanelled Energy Auditors (Building),

Number /Mobile number.

Seal

Enclosure: Energy performance index ratio report as specified in the Appendix D of the Code.

Copy to: Director, Buildings Programme, Bureau of Energy Efficiency, 4^th Floor, Sewa Bhavan, R

K Puram, New Delhi– 110 066.

[F.No. 21/05/2016-EC]

RAJ PAL, Economic Adviser

By order,

PRABODH SAXENA,

Principal Secretary (Power).

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Annexure-‘A’

Himachal Pradesh Energy Conservation Building Code

(HPECBC)-2018

__________

Purpose :

The purpose of the Himachal Pradesh Energy Conservation Building Code (HP-ECBC)

2018 is to provide minimum requirements for the energy-efficient design and construction of

buildings in Himachal Pradesh. The Code also provides two additional sets of incremental

requirements for buildings to achieve enhanced levels of energy efficiency that go beyond the

minimum requirements.

Note: Only requirements of ” ECBC compliant Building” are mandatory whereas “ECBC plus”

and “SuperECBC” levels are for voluntary adoption.

2. Scope :

The Code is applicable to buildings or building complexes that have total built-up area

equal to or greater than 750 Square meters and are intended to be used for commercial purposes.

Private residential building shall not come under the ambit of the code.

2 . 1 Energy Efficiency Performance Levels :

The code prescribes the following three levels of energy efficiency:

(a) Energy Conservation Building Code Compliant Building (ECBC Building) ECBC

Buildings shall demonstrate compliance by adopting the mandatory and prescriptive

requirements listed under ECBC Compliant Building requirements in §4 to §7, or by

following the provisions of the Whole Building Performance (WBP) Method in §9.

(b) Energy Conservation Building Code Plus Building (ECBC+ Building) ECBC+

Buildings shall demonstrate compliance by adopting the mandatory and prescriptive

requirements listed under ECBC+ Compliant Building requirements in §4 to §7, or by

following the provisions of the Whole Building Performance (WBP) Method in §9.

SuperECBC Buildings shall demonstrate compliance by adopting the mandatory and

prescriptive requirements listed under SuperECBC Compliant Building requirements

in §4 to §7, or by following the provisions of the Whole Building Performance (WBP)

Method in §9.

2 . 2 Building Systems :

The provisions of this code apply to:

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(a) Building envelope,

(b) Mechanical systems and equipment, including heating, ventilating, and air

conditioning, service hot water heating,

(d) Electrical power and motors, and renewable energy systems.

The provisions of this code do not apply to plug loads, and equipment and parts of buildings

that use energy for manufacturing processes, unless otherwise specified in the Code.

2 . 3 Precedence :

The following codes, programs, and policies will take precedence over the Code in case of

conflict:

Any policy notified as taking precedence over this Code, or any other rules on safety,

security, health, or environment by State, or Local Government.

II.

Bureau of Energy Efficiency’s Standards and Labelling for appliances and Star Rating

Program for buildings, provided both or either are more stringent than the requirements

of this Code.

2 . 4 Reference Standards :

The National Building Code of India 2016 (NBC) is the reference standard for lighting

levels, heating, ventilating, and air conditioning (HVAC), thermal comfort conditions, natural

ventilation, and any other building materials and system design criteria addressed in this Code.

2 . 5 Building Classification :

Any one or more building or part of a building with commercial use is classified as per the

functional requirements of its design, construction, and use. The key classification is as below:

(a)

Hospitality.—Any building in which sleeping accommodation is provided

forcommercial purposes, except any building classified under Health Care. Buildings and structures

under Hospitality shall include the following:

(i)

No-star Hotels – like Lodging-houses, dormitories, no-star hotels/motels

(ii) Resort

(iii) Star Hotel

(b)

Health Care.—Any building or part thereof, which is used for purposes such

asmedical or other treatment or care of persons suffering from physical or mental illness, disease,

or infirmity; care of infants, convalescents, or aged persons, and for penal or correctional detention

in which the liberty of the inmates is restricted. Health Care buildings ordinarily provide sleeping

accommodation for the occupants. Buildings and structures like hospitals, sanatoria, out-patient

healthcare, laboratories, research establishments, and test houses are included under this type.

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(c)

Assembly.—Any building or part of a building, where number of persons

congregateor gather for amusement, recreation, social, religious, patriotic, civil, travel and similar

purposes. Buildings like theatres or motion picture halls, gathering halls, and transport buildings

like airports, railway stations, bus stations, and underground and elevated mass rapid transit system

are included in this group.

(d)

Business.—Any building or part thereof which is used for transaction of business,

forkeeping of accounts and records and similar purposes, professional establishments, and service

facilities. There are two subcategories under Business – Daytime Business and 24-hour Business.

Unless otherwise mentioned, Business buildings shall include both Daytime and 24-hour

subcategories.

(e)

Educational.—Any building used for schools, colleges, universities, and other

traininginstitutions for day-care purposes involving assembly for instruction, education, or

recreation for students. If residential accommodation is provided in the schools, colleges, or

universities or coaching/ training institution, that portion of occupancy shall be classified as a No-

star Hotel. Buildings and structures under Educational shall include following types-

Schools

ii.

Colleges

iii. Universities

iv. Training Institutions

(f)

Shopping Complex: Any building or part thereof, which is used as shops,

stores,market, for display and sale of merchandise, either wholesale or retail. Buildings like

shopping malls, stand-alone retails, open gallery malls, super markets, or hyper markets are

included in this type.

(g)

Mixed-use Building: In a mixed-use building, each commercial part of a buildingmust

be classified separately, and –

If a part of the mixed-use building has different classification and is less than 10% of

the total above grade floor area, the mixed-use building shall show compliance based

on the building sub-classification having higher percentage of above grade floor area.

ii.

If a part of the mixed-use building has different classification and one or more sub-

classification is more than 10% of the total above grade floor area, the compliance

requirements for each sub-classification, having area more than 10% of above grade

floor area of a mixed-use building shall be determined by the requirements for the

respective building classification in §4 to §7.

Any building which does not fall under any of the categories defined above shall be

classified in a category mentioned above that best describes the function of the building.

Note 2-1 Building Typologies for HP-ECBC 2018 :

Energy efficiency requirements for the Code were derived after analysing 16 different non-

residential building typologies (shown below), that in turn are broadly based onbuilding

classification in the National Building Code of India. Spatial layouts, material specifications,

façade characteristics, and occupancypatterns have an impact on energy efficiency of a building

and differ for these typologies. Potential for reducing energy use with technology and materials

3370

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3371

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annual energy consumption in kWh

EPI =

total built-up area (excluding unconditioned basements))

To comply with the Code, EPI shall be calculated based on one of the following:

(a) Prescriptive Method including Building Envelope Trade-off Method (see §3.2.2)

(b) Whole Building Performance Method (see §3.2.3)

3.1.2 Determining EPI Ratio :

The EPI Ratio of a building is the ratio of the EPI of the Proposed Building to the EPI of the

Standard Building:

EPI of Proposed Building

EPI Ratio =

EPI of Standard Building

Where,

Proposed Building is consistent with the actual design of the building, and complies with all

the mandatory requirements of ECBC.

Standard Building is a standardized building that has the same building floor area, gross

wall area and gross roof area as the Proposed Building, complies with the mandatory requirements

§4.2, §5.2 , §6.2, and §7.2, and minimally complies with prescriptive requirements of §4.3, §5.3,

and §6.3 for ECBC Buildings.

The EPI of the Proposed Building shall be established through any one of the following two

methods described in §3.2 –

(a) Prescriptive Method (see §3.2.2)

(b) Whole Building Performance Method (see §3.2.3)

3.1.2.1 EPI Ratio through Prescriptive Method :

ECBC Buildings that demonstrate compliance through Prescriptive Method (§3.2.2) shall be

deemed to have an EPI equal to the Standard Building EPI, and therefore an EPI Ratio of 1.

ECBC+ Buildings and SuperECBC Buildings that demonstrate compliance through Prescriptive

Method shall be deemed to have an EPI Ratio equal to the EPI Ratios listed in §9.5 under the

applicable building type and climate zone.

3.1.2.2 EPI Ratio through Whole Building Performance Method :

The EPI of buildings that demonstrate compliance through Whole Building Performance

Method (§3.2.3) shall be calculated using the compliance path defined in §3.1.1 and detailed in §9.

The EPI Ratio of a building that uses the Whole Building Performance Method to show

compliance, should be less than or equal to the EPI Ratio listed in §9.5 for the applicable building

type and climate zone.

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3.1.2.3 EPI Ratio for Core and Shell Buildings :

EPI for core and shell buildings shall be calculated for the entire building based on the final

design of the common areas and the relevant mandatory undertaking(s) in the tenant lease

agreement for the leased areas, as per §3.1.2.1 or §3.1.2.2.

3.1.2.4 EPI Ratio for Mixed-use Development :

In a mixed-use building, each commercial part of a building must be classified separately,

and EPI Ratio shall be calculated separately for each sub-classification, as per §3.1.2.1 or §3.1.2.2 .

The EPI Ratio of a mixed-use Proposed Building shall be calculated based on area-weighted

average method. To calculate the reference maximum design EPI Ratio, listed in Table 9-5 through

Table 9-7, applicable for the mixed-use building, each commercial part of mixed-use building shall

be classified separately, and,

(a) If a part of the mixed-use building has different classification and is less than 10% of

the total above grade area (AGA), the EPI Ratio of the mixed-use Proposed Building

shall be less than or equal to Maximum Allowed EPI listed in Table 9-5 through

Table9-7, for the building sub-classification having highest percentage of above grade

floor area.

(b) If a part of the mixed-use building has different classification and is more than 10% of

the total above grade floor area, the EPI of the mixed-use Proposed Building shall be

less than or equal to Maximum Allowed EPI for compliance calculated based on area

weighted average method for all building sub-classifications listed in Table 9-5

through Table 9-7.

Exceptions to the above: Any portion of a mixed-use building classified in a category

which does not fall under the scope of ECBC is exempted from demonstrating

compliance.

3 . 2 Compliance Approaches :

Buildings that fall within the scope of the Code as mentioned in §2, shall comply with the Code by

meeting all the mandatory requirements (see §3.2.1) and any of the compliance paths mentioned in

§3.2.2, §3.2.2.1, or §3.2.3.

3.2.1 Mandatory Requirements :

Buildings shall comply with all mandatory requirements mentioned under §4.2, §5.2 , §6.2,

and §7.2, irrespective of the compliance path.

3.2.2 Prescriptive Method :

A building complies with the Code using the Prescriptive Method if it meets the prescribed

minimum (or maximum) values for envelope components (§4.3), comfort systems and controls

(§5.3, §5.4, §5.5), and lighting and controls (§6.3), in addition to meeting all the mandatory

requirements.

3.2.2.1 Building Envelope Trade-off Method :

Building Envelope Trade-off Method may be used in place of the prescriptive criteria of

§4.3.1, §4.3.2 and §4.3.3. A building complies with the Code using the Building Envelope Trade-

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off Method if the Envelope Performance Factor (EPF) of the Proposed Building is less than or

equal to the EPF of the Standard Building, calculated as per §4.3.5, in addition to meeting the

prescriptive requirements for comfort systems and controls (§5.3, §5.4), and lighting and controls

(§6.3), and all the mandatory requirements (§4.2, §5.2, §6.2 and §7.2).

3.2.3 Whole Building Performance Method :

A building complies with the Code using the Whole Building Performance (WBP) Method

when the estimated annual energy use of the Proposed Design is less than that of the Standard

Design, even though it may not comply with the specific provisions of the prescriptive

requirements in §4 trough §7. The mandatory requirements of §4 through §7(§4.2, §5.2, §6.2, and

§7.2) shall be met when using the WBP Method.

3 . 3 Compliance Requirement :

3.3.1 New Building Compliance :

3.3.1.1 Full building Compliance :

New buildings with completed fit-outs shall comply with either the provisions of §4 through

§7 of this Code or the Whole Building Performance Method of §9.

3.3.1.2 Core and Shell building Compliance :

New core and shell building shall demonstrate compliance with ECBC requirements for the

following base building systems in the common areas:

(a) Building envelope

(b) Thermal comfort systems and controls (only those installed by developer/ owner)

(d) Electrical systems (installed by developer/ owner)

(e) Renewable energy systems

Additionally, the tenant lease agreement shall have a legal undertaking clause to ensure

interior fit-outs made by tenant shall be Code compliant. The legal undertaking shall mandate the

relevant energy efficiency compliance requirements for all interior fit-outs within the tenant leased

area, including, but not limited to, §5.2.1, §5.2.2.2, §5.2.2.3, §5.2.3,§6, and §7.2.4.

3.3.2 Additions to Existing Buildings :

Where the new built-up area of the addition plus the existing building meets or exceeds 750

square meters, the additions shall comply with the provisions of §4 through §7. Compliance may be

demonstrated in either of the following ways:

(a) The addition shall comply with the applicable requirements, or

(b) The addition, together with the entire existing building, shall comply with the

requirements of this Code that shall apply to the entire building, as if it were a

newbuilding.

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Exceptions to §3.3.2: When space conditioning is provided by existing systems and

equipment, the existing systems and equipment need not comply with this code. However, any new

equipment installed must comply with specific requirements applicable to that equipment.

3.3.3 Alterations to Existing Buildings :

Where the total built-up area of the existing building meets or exceeds 750 square meters,

part of a building and its systems that are being altered shall meet the provisions of §4 through §7.

Exception to §3.3.3: When the entire building complies with all of the provisions of §4

through §7, as if it were a new building.

3 . 4

Approved Analytical Tools :

A building following the whole building performance approach shall show compliance

through a whole building energy simulation software that has been approved by BEE. Compliance

to the daylight requirements of §4.2.3, if calculated through software tools, shall be shown through

a daylighting software approved by BEE. The list of BEE approved software for whole building

energy simulation and daylighting analysis is given in Appendix E.

3 . 5

Administrative Requirements :

Administrative requirements, including but not limited to, permit requirements,

enforcement, interpretations, claims of exemption, approved calculation methods, and rights of

appeal are specified by the authority having jurisdiction.

3 . 6

Compliance Documents :

3.6.1 Compliance Documents :

Construction drawings and specifications shall show all pertinent data and features of the

building, equipment, and systems in sufficient detail to permit the authority having jurisdiction to

verify that the building complies with the requirements of this code. Details shall include, but are

not limited to:

(a) Building Envelope: opaque construction materials and their thermal properties

including thermal conductivity, specific heat, density along with thickness; fenestration

U-factors, solar heat gain coefficients (SHGC), visible light transmittance (VLT) and

building envelope sealing documentation; overhangs and side fins, building envelope

sealing details;

(b) Heating, Ventilation, and Air Conditioning: system and equipment types, sizes,

efficiencies, and controls; economizers; variable speed drives; piping insulation; duct

sealing, insulation and location; solar water heating system; requirement for balance

report;

automatic lighting shutoff, occupancy sensors, and other lighting controls; lamp

efficacy for exterior lamps;

(d) Electrical Power: electric schedule showing transformer losses, motor efficiencies, and

power factor correction devices; electric check metering and monitoring system.

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(e) Renewable energy systems: system peak generation capacity, technical specifications,

solar zone area

3.6.2 Supplemental Information :

The authority having jurisdiction may require supplemental information necessary to verify

compliance with this code, such as calculations, worksheets, compliance forms, manufacturer’s

literature, or other data.

4. Building Envelope

4 . 1 General

The building envelope shall comply with the mandatory provisions of §4.2, and the

prescriptive criteria of §4.3.

4 . 2

Mandatory Requirements :

4.2.1 Fenestration :

4.2.1.1 U-Factor :

U-factors shall be determined for the overall fenestration product (including the sash and

frame) in accordance with ISO-15099 by an accredited independent laboratory, and labeled or

certified by the manufacturer. U-factors for sloped glazing and skylights shall be determined at a

slope of 20 degrees above the horizontal. For unrated products, use the default table in Appendix A.

4.2.1.2 Solar Heat Gain Coefficient :

SHGC shall be determined for the overall single or multi glazed fenestration product

(including the sash and frame) in accordance with ISO-15099 by an accredited independent

laboratory, and labeled or certified by the manufacturer.

Exceptions to §4.2.1.2:

(a) Shading coefficient (SC) of the center of glass alone multiplied by 0.86 is an

acceptable alternate for compliance with the SHGC requirements for the overall

fenestration area.

(b) Solar heat gain coefficient (SHGC) of the glass alone is an acceptable alternate for

compliance with the SHGC requirements for the overall fenestration product.

4.2.1.3 Visual Light Transmittance :

Visual light transmittance (VLT) shall be determined for the fenestration product in

accordance with ISO-15099 by an accredited independent laboratory, and labeled or certified by the

manufacturer. For unrated products, use the default table in Appendix A.

4.2.2 Opaque Construction :

U-factors shall be calculated for the opaque construction in accordance with ISO-6946.

Testing shall be done in accordance with approved ISO Standard for respective insulation type by

an accredited independent laboratory, and labeled or certified by the manufacturer.

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For unrated products, use the default tables in Appendix A.

4.2.3 Daylighting :

Above grade floor areas shall meet or exceed the useful daylight illuminance (UDI) area

requirements listed in Table 4-1 for 90% of the potential daylit time in a year. Mixed-use buildings

shall show compliance as per the criteria prescribed in §2.5. Compliance shall be demonstrated

either through daylighting simulation method in §4.2.3.1 or the manual method in §4.2.3.2 .

Assembly buildings and other buildings where daylighting will interfere with the functions or

processes of 50% (or more) of the building floor area, are exempted from meeting the requirements

listed in Table 4-1.

Table 4-1 Daylight Requirement

Building Category

Percentage of above grade floor area meeting the UDI requirements

ECBC

ECBC+

SuperECBC

Business,

Educational

40%

50%

60%

No Star Hotel

Star Hotel

Healthcare

30%

40%

50%

Resort

45%

55%

65%

Shopping Complex

10%

15%

20%

Assembly*

Exempted

*and other buildings where daylighting will interfere with the functions or processes of 50% (or

more) of the building floor area

4.2.3.1 Daylighting Simulation Method :

Only BEE approved software shall be used to demonstrate compliance through the

daylighting simulation method. Buildings shall achieve illuminance level between 100 lux and

2,000 lux for the minimum percentage of floor area prescribed in Table 4-1 for at least 90% of the

potential daylit time. Illuminance levels for all spaces enclosed by permanent internal partitions

(opaque, translucent, or transparent) with height greater or equal to 2 m from the finished floor,

shall be measured as follows:

(a) Measurements shall be taken at a work plane height of 0.8 m above the finished floor.

(b) The period of analysis shall be fixed for 8 hours per day, anytime between 8:00 AM

IST to 5:00 PM IST, resulting in 2,920 hours in total for all building types except for

Schools. Schools shall be analyzed for 7 hours per day, anytime between 7:00 AM IST

to 3:00 PM IST.

grid values. UDI shall be calculated for at least one point for each square meter of floor

area.

(d) Fenestration shall be modeled with actual visible light transmission (VLT) as per the

details provided in the material specification sheet.

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(e) All surrounding natural or man-made daylight obstructions shall be modeled if the

distance between the façade of the building (for which compliance is shown) and

surrounding natural or man-made daylight obstructions is less than or equal to twice

the height of the man-made or natural sunlight obstructers. If the reflectance of the

surfaces is not known, default reflectance of 30% and 0% shall be used for all vertical

surfaces of man-made and natural obstructers respectively.

(f) Interior surface reflectance shall be modeled based on the actual material specification.

If material specification is not available, following default values shall be used:

Table 4-2 Default Values for Surface Reflectance :

Surface Type

Reflectance

Wall or Vertical Internal Surfaces

50%

Ceiling

70%

Floor

20%

Furniture (permanent)

50%

4.2.3.2 Manual Daylighting Compliance Method :

This method can be used for demonstrating compliance with daylighting requirements

without simulation. Daylight extent factors (DEF) mentioned in Table 4-3 shall be used for

manually calculating percentage of above grade floor area meeting the UDI requirement for 90% of

the potential daylit time in a year.

Table 4-3 Daylight Extent Factors (DEF) for Manually Calculating Daylight Area

Shading

Latitude

Window Type

VLT < 0.3

VLT ≥0.3

shading or

with PF<

0.4

< 15°N

All window types

North

South

East

West

North

South

East

West

≥15^oN

2.4

2.0

1.3

0.6

1.7

2.2

1.5

0.8

2.5

2.0

0.7

0.5

2.8

2.2

1.1

0.7

shading

with PF≥

0.4

All

latitudes

All

window

types

without light shelf

2.8

2.3

1.5

1.1

3.0

2.5

1.8

1.5

Window with light

shelf

3.0

2.5

1.8

1.6

3.5

3.0

2.1

1.8

(a) To calculate the daylit area:

(i)

In a direction perpendicular to the fenestration, multiply daylight extent factor

(DEF) by the head height of the fenestration or till an opaque partition higher than

head height of the fenestration, whichever is less.

(ii) In the direction parallel to the fenestration, daylit area extends a horizontal

dimension equal to the width of the fenestration plus either 1 meter on each side

of the aperture, or the distance to an opaque partition, or one-half the distance to

an adjacent fenestration, whichever is least.

(iii) For skylights, calculate the horizontal dimension in each direction equal to the top

aperture dimension in that direction plus either the floor-to-ceiling height (H) for

skylights, or 1.5 H for monitors, or H or 2H for the sawtooth configuration, or the

distance to the nearest 1 meter or higher opaque partition, or one-half the distance

to an adjacent skylight or vertical glazing, whichever is least.

3378

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(b) A separate architectural plan shall be prepared with all daylit areas marked on the floor

plans. A summary shall be provided showing compliance as per Table 4-1.

cardinal direction if its orientation is within ± 45 degrees of that cardinal direction.

(d) Any surrounding natural or man-made daylight obstructions shall not be considered in

this method.

4.2.4 Building Envelope Sealing :

Following areas of the building envelope, of all except naturally ventilated buildings or

spaces, shall be sealed, caulked, gasketed, or weather-stripped:

(a) Joints around fenestration, skylights, and door frames

(b) Openings between walls and foundations, and between walls and roof, and wall panels

(d) Site-built fenestration and doors

(e) Building assemblies used as ducts or plenums

(f) All other openings in the building envelope

(g) Exhaust fans shall be fitted with a sealing device such as a self-closing damper

(h) Operable fenestration should be constructed to eliminate air leakages from fenestration

frame and shutter frame.

Note 4-1 Daylight Extent Factor and Useful Daylight Illuminance :

Useful Daylight Illuminance (UDI) is defined as the annual occurrence of daylight between

100 lux to 2,000 lux on a work plane. This daylight is most useful to occupants, glare free and

when available, eliminates the need for artificial lighting

Application of UDI and Daylight Extent Factor :

A 7,200 m² four story office building in Delhi is trying to achieve ECBC level compliance.

Building is oriented along east west axis. It has a rectangular layout (60 m x 30 m). Total builtup

area is distributed evenly across all floors above grade. VLT of glazing in all orientations is 0.39.

Windows have light shelves and external shading devices with PF ≥ 0.4. Head height of

fenestrations is 3.0 m. Length of glazing on the north and south facing façade is 45 meter and on

the east façade, 25 meter.

Table 4-1 lists the minimum daylight area requirements for ECBC Buildings. Row 2 of the

table specifies that all ECBC Buildings other than resorts and shopping malls and, more than 3

stories above the ground shall have a minimum of 40% of its floor area exposed to daylight in

range of 100 – 2,000 lux for at least 90% of the year.

fulfilling

approach

requirem

software

specifies

With thi

required

UDI Ana

From Ta

in Delhi

shelves i

1.8. Hea

windows

head hei

fenestrat

partitions

to the wi

opaque p

This office

g the UDI re

Compliance

hes.

a) Analys

f the who

ments can b

approved b

s the lux lev

s informati

daylight lev

alysis with a

b) Manual

This approac

able4-3 dete

(latitude >

in windows,

ad height is

s are arrange

Area comply

n a direction

ight of the

ion, which

s near the ex

n the directi

idth of the f

partition, or

jkti=]

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equirements

with § 4

is through

ole buildin

be checked

by BEE (§

vels and tim

on, designe

vels.

a Daylightin

method :

ch will be s

ermine the d

>15 degrees

, DEFs for w

s 3.0 m. T

ed in a cont

ying with re

n perpendic

e fenestrati

ever is les

xternal wall

ion parallel

fenestration

r one-half t

fgekpy izns

must then ha

s. Across ea

4.2.3 Dayli

software :

ng perform

by analysi

3.4). The

me period of

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ng Analysis

suitable for

daylight ext

s), with gla

windows in

There are n

tinuous strip

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cular to the

ion or till

ss. Head he

ls.

to the fene

plus either

the distance

ns'k] 05 tqyk

ave at least

ach floor pla

ight Requi

ance appro

ing the faç

image belo

f a year dur

ck if the re

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tent factor (

azing of VL

n North = 3.

no opaque p

s of should b

fenestration

an opaque

eight will b

estration, da

1 meter on

e to an adja

kbZ] 2019@1

t 2,880 m²

ate, this area

rements ca

oach is u

çade and fl

ow, develop

ring which

equired min

dopting the

(DEF) for t

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nimum area

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he building

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h = 3.0, in E

adjacent to

ed as follow

daylight ext

higher tha

red becaus

xtends a hor

of the apertu

stration, wh

941

7,200 m²) o

then 2,880/

cked for t

pliance for

design in a

h an approv

vels would

a as per § 4

ve complian

g. For a buil

≥0.4 shadi

East = 2.1, an

the externa

ws:

tent factor (

an head he

se there are

rizontal dim

ure, or the d

hichever is

337

of floor are

/ 4 = 720 m

through tw

daylightin

an analytic

ved softwar

be availabl

4.2.3 has th

nce approach

lding locate

ing and ligh

nd in West

al walls an

(DEF) by th

eight of th

e no opaqu

mension equ

distance to a

least. In th

m².

re,

his

3380

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

case, 1 meter on each side of the windows at extreme ends of the window strip in each façade will

be considered since there are no opaque partitions adjacent to wall and no opaque area between the

windows.

Table 4-1-1 Calculation for Daylight Area Meeting UDI Requirement

Orientation

DEF

Window/

Fenestration

Width

X m (distance

perpendicular to

fenestration)

Y m (distance

parallel to

fenestration)

(X x Y m²) Above

grade area

meeting the UDI

requirement for

90% of the time in

an year

North

3.5

45 m

3.5 x 3 = 10.5 m

(45+2) =47 m

(47 x 10.5) ⁼ 493.5

m²

South

3.0

45 m

3.0 x 3= 9.0 m

(45+2) =47 m

(47 x 9.0) = 423 m²

East

2.1

25 m

2.1 x 3 = 6.3 m

(25+2) = 27m

(27 x 6.3) = 170 m²

West

1.8

0 m (service

zone)

Total daylight area per floor meeting UDI requirement during 90% of the

year

1086.5 m²

Total daylight area in building meeting UDI requirement during 90% of

the year

1086.5 x 4 = 4,346

m²

4,346 m² of area will meet the UDI requirements. This is 60.3 % of the total above grade

floor area of 7,200 m². Thus, the building will comply with UDI requirement.

Daylight area should be indicated in floor plans submitted to code enforcement authorities.

Design guidelines on daylighting stated in NBC (Part 8: Building Services, Section 1: Lighting and

Natural Ventilation, Subsection 4.2: Daylighting) should also be referred to achieve the ECBC,

ECBC+, or SuperECBC requirement.

4 . 3

Prescriptive Requirements :

4.3.1 Roof :

Roofs shall comply with the maximum assembly U-factors in Table 4-4 through Table 4-6.

The roof insulation shall be applied externally as part of structural slab and not as a part of false

ceiling.

Table 4-4 Roof Assembly U-factor (W/m².K) Requirements for ECBC Compliant Building

Composite

Cold

All building types, except

below

0.33

0.28

School <10,000 m² AGA

0.47

0.33

Hospitality > 10,000 m² AGA

0.20

Table 4-5 Roof Assembly U-factor (W/m².K) Requirements for ECBC+ Compliant Building

Composite

Cold

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Hospitality

Healthcare

Assembly

0.20

Business

Educational

Shoppong Complex

0.26

0.20

Table 4-6 Roof Assembly U-factor (W/m².K) Requirements for SuperECBC Building

Composite

Cold

All Building Types

0.20

4.3.1.1 Vegetated and Cool Roof :

All roofs that are not covered by solar photovoltaics, or solar hot water, or any other

renewable energy system, or utilities and services that render it unsuitable for the purpose, shall be

either cool roofs or vegetated roofs.

(a) For qualifying as a cool roof, roofs with slopes less than 20° shall have an initial solar

reflectance of no less than 0.60 and an initial emittance no less than 0.90. Solar

reflectance shall be determined in accordance with ASTM E903-96 and emittance shall

be determined in accordance with ASTM E408-71 (RA 1996).

(b) For qualifying as a vegetated roof, roof areas shall be covered by living vegetation

4.3.2 Opaque External Wall

Opaque above grade external walls shall comply with the maximum assembly U-factors in

Table 4-7 through Table 4-9.

Table 4-7 Opaque Assembly Maximum U-factor (W/m².K) Requirements for a ECBC compliant

Building.—

Composite

Cold

All building types, except below

0.40

0.34

No Star Hotel < 10,000 m²AGA

0.63

0.40

Business < 10,000 m² AGA

0.63

0.40

School <10,000 m² AGA

0.85

0.40

Table 4-8 Opaque Assembly Maximum U-factor (W/m².K) Requirements for ECBC+Compliant

Building

Composite

Cold

All building types, except below

0.34

0.22

No Star Hotel < 10,000 m²AGA

0.44

0.34

Business < 10,000 m² AGA

0.44

0.34

School <10,000 m² AGA

0.63

0.44

Table 4-9 Opaque Assembly Maximum U-factor (W/m².K) Requirements for SuperECBC Building

Composite

Cold

All building types

0.22

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Exceptions to §4.3.1.1: Opaque external walls of an unconditioned building of No Star Hotel,

Healthcare, and School categories in all climatic zones, except for cold climatic zone, shall have a

maximum assembly U-factor of 0.8 W/m².K.

4.3.3 Vertical Fenestration :

For all climatic zones, vertical fenestration compliance requirements for all three

incremental energy efficiency levels, i.e. ECBC, ECBC+, and SuperECBC, shall comply with the

following:

(a) Maximum allowable Window Wall Ratio (WWR) is 40% (applicable to buildings

showing compliance using the Prescriptive Method, including Building Envelope

Trade-off Method)

(b) Minimum allowable Visual Light Transmittance (VLT) is 0.27

(d) Assembly SHGC includes both frame and glass area weighted SHGC

Vertical fenestration shall comply with the maximum Solar Heat Gain Coefficient (SHGC)

and U-factor requirements of Table 4-10. Vertical fenestration on non-cardinal direction, shall be

categorized under a particular cardinal direction if its orientation is within ± 22.5° of that cardinal

direction.

Table 4-10 Vertical Fenestration Assembly U-factor and SHGC Requirements for ECBC Buildings

Composite

Cold

Maximum U-factor (W/m².K)

3.00

Maximum SHGC Non-North

0.27

0.62

Maximum SHGC North for latitude ≥ 15°N

0.50

0.62

Maximum SHGC North for latitude < 15°N

0.27

0.62

See Appendix A for default values of unrated fenestration.

Table 4-11 Vertical Fenestration U-factor and SHGC Requirements for ECBC+ buildings and

SuperECBC buildings

Composite

Cold

Maximum U-factor (W/m².K)

2.20

1.80

Maximum SHGC Non-North

0.25

0.62

Maximum SHGC North for latitude ≥ 15°N

0.50

0.62

Maximum SHGC North for latitude < 15°N

0.25

0.62

Exceptions to SHGC requirements in Table 4-10 above:

For fenestration with a permanent external projection, including but not limited to

overhangs, side fins, box frame, verandah, balcony, and fixed canopies that provide permanent

shading to the fenestration, the equivalent SHGC for the proposed shaded fenestration may be

determined as less than or equal to the SHGC requirements of Table4-10. Equivalent SHGC shall

be calculated by following the steps listed below:

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(a) Projection factor (PF) for the external permanent projection, shall be calculated as per

the applicable shading type listed in §8.2. The range of projection factor for using the

SEF is 0.25 ≤ PF ≥ 1.0. Other shading devices shall be modeled through the Whole

Building Performance Method in §9.

(b) A shaded vertical fenestration on a non-cardinal direction, shall be categorized either

under a particular cardinal direction or a primary inter-cardinal direction if its

orientation is within the range of ±22.5 degrees of the cardinal or primary inter-

cardinal direction.

product with a Shading Equivalent Factor (SEF). SEF shall be determined for each

orientation and shading device type as per Equation 4.1.

(d) The maximum allowable SHGC is calculated by multiplying the prescriptive SHGC

requirement from Table 4-10 with the SEF.

Equation 4.1: SEF = (C 3× PF³) + ( C2×PF²) + ( C1× PF ) +C0

Where,

0.25 ≤ PF≥ 1.0, and,

C3, C2, C1 and C0 are the coefficient of shading equivalent factor (SEF), listed in Table 4-

12 and Table 4-13.

Table 4-12 Coefficients of Shading Equivalent Factors for Latitudes greater than or equal to 15 ºN

Overhang + Fin

Overhang

Fin*

Coefficients C3

North

-0.03 -0.23 1.09

0.99 -0.02

-0.10 0.43

0.99 0.14

-0.39

0.62 0.99

East

4.49

-6.35 4.70

0.52 -0.05

0.42

0.66

1.02 0.12

-0.35

0.57 0.99

South

-4.09 8.14 -0.73

1.32 -1.01

1.91

0.24

1.12 0.53

-1.35

1.48 0.88

West

-1.21 3.92 -0.56

1.28 1.52

-2.51 2.30

0.76 0.02

-0.15

0.46 1.01

North-East

-0.95 1.50 0.84

1.18 2.19

-3.78 2.62

0.72 -1.64

3.07

-1.05 1.30

South-East

2.67

-4.99 5.68

0.32 -0.93

1.37

0.76

0.99 0.68

-1.47

1.35 0.88

South-West

-0.50 1.36 2.45

0.73 -3.23

5.61

-1.56 1.32 1.86

-3.81

2.71 0.69

North-West

-6.85 11.7 -3.92

1.89 -0.22

0.19

0.74

1.01 -2.02

2.63

-0.18 1.14

*Coefficients are for side fins on both sides of fenestration. For side fins on only one side, divide

the coefficients mentioned in this table by 2.

Table 4-13 Coefficients of Shading Equivalent Factors for Latitudes less than 15 ºN

Overhang + Fin

Overhang

Fin*

Coefficients C3

North

-0.09 -0.29 1.41

1.05 -0.05

-0.10 0.54

1.02 0.10

-0.40

0.77 1.01

East

-0.55 0.89

1.28

0.97 -0.62

0.88

0.51

1.02 0.15

-0.41

0.56 0.98

South

-4.09 6.98

-1.92

1.41 -2.49

4.89

-2.45 1.43 1.57

-3.35

2.62 0.59

West

-1.99 3.82

-0.19

1.18 -0.16

0.10

0.89

0.97 0.06

-0.22

0.48 0.99

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North-East

-1.73 3.45

-0.02

1.23 0.10

-0.55 1.15

0.92 -0.26 0.30

0.48 1.02

South-East

-2.06 4.32

-0.96

1.41 -0.60

0.90

0.37

0.94 0.83

-1.42

1.22 0.92

South-West

-2.06 4.48

-1.13

1.40 -0.39

0.50

0.60

0.87 1.56

-3.17

2.41 0.73

North-West

-0.53 0.72

1.79

0.93 0.10

-0.38 0.96

0.96 0.24

-0.57

0.90 0.97

* Coefficients are for side fins on both sides of fenestration. For side fins on only one side, divide

the coefficients mentioned in this table by 2.

(e) The maximum allowable SHGC of glazing shall be 0.9.

(f) Any surrounding man-made or natural sunlight obstructers shall be considered as a

permanent shading of PF equal to 0.4 if

(i)

the distance between the vertical fenestration of the building, for which

compliance is shown, and surrounding man-made or natural sunlight obstructers

is less than or equal to twice the height of the surrounding man-made or natural

sunlight obstructers; and

(ii) the surrounding man-made or natural sunlight obstructers shade the façade for at

least 80% of the total time that the façade is exposed to direct sun light on a

summer solstice. Compliance shall be shown using a sun path diagram for

summer solstice super-imposed on the building plan.

(g) Vertical fenestration, located such that its bottom is more than 2.2 m above the level of

the floor, is exempt from the SHGC requirements in Table 4-10, if the following conditions are

complied with:

The Total Effective Aperture for the elevation is less than 0.25, including all

fenestration areas more than 1.0 meter above the floor level; and,

ii.

An interior light shelf is provided at the bottom of this fenestration area, with a

projection factor on interior side not less than:

for E-W, SE, SW, NE, and NW orientations

0.5 for S orientation, and

0.35 for N orientation when latitude is less than 15°N.

Note 4-2 Equivalent SHGC and Projection Factor

A 5,400 m² two story office building in Delhi is trying to achieve ECBC level compliance.

It has a rectangular layout (90 m x 30 m) with floor to floor height of 4.0 m and floor area is evenly

distributed over the two floors. Windows are either east or west facing and equally distributed on

the two floors. The windows are all 1.85m in length and 2.165m in height with an overhang of 0.85

m. Cill level is 1.385 m above floor level. The overall glazing area is 384 m². SHGC of the glazing

in the East/West Fenestration is 0.30; area wighted U-Factor is 3.0 W/m².K. VLT of the glazing in

all orientation is 0.5. Will the vertical fenestration comply with the ECBC from the prescriptive

approach?

Solution:

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Table 4-10 and §4.3.3 lists the U-factor, SHGC and VLT requirements for vertical

fenestration for ECBC compliant buildings. The building is located in Delhi (Latitude: 28⁰70’ N,

Longitude: 77⁰10’E), which falls under the composite climate, as per Appendix B, Table 12.1. To

fulfil prescriptive requirements, Window to Wall ratio ≤ 40%, SHGC ≤ 0.27, U-factor ≤ 3.0

W/m².K, and VLT ≥ 0.27.

Total Floor area = 5400 m²

Total wall area = 2 x (2x ((90m x 4m) + (30m x 4m))) = 1,920 m²

Total Fenestration area = 384 m²

Window to Wall Ratio (WWR) = 384/1,920 = 20%

As per the calculations, the building has a WWR of 20%, thus complying with the

requirement for WWR. The U-factor is also less than 3.0 W/m².K. Similarly the VLT is 0.45,

which is greater than the minimum specified value of 0.27, thus complying with the U-factor and

VLT requirement.

Equivalent SHGC Calculation :

As the windows have an overhang, this case will fall under the exception, and the

equivalent SHGC value will be calculated as per Equation 4.1, i.e.

SEF = (C3 x PF³) + (C2 x PF²) + (C1 x PF) + C0

Where,

PF= Projection Factor, and,

C0, C1, C2, C3 are coefficients of Shading Equivalent Factors (SEF), listed in Table 4-12 and

Table 4-13.

First, calculate Projection Factor (PF) for each orientation. Shading Equivalent Factor

coefficients should be from Table 4-12, as the latitude is greater than 15⁰N.

SEFEast = (C3 x PF³) + (C2 x PF²) + (C1 x PF) + C0

SEFEast = (-0.05 x (0.345)³) + (0.42 x (0.345)²) + (0.66 x 0.345) + 1.02

SEFEast = 1.296

Therefore, equivalent SHGCEast = 0.3 ÷ 1.296 = 0.23 Hence the vertical fenestration on the

east façade will comply as per prescriptive approach, as the equivalent SHGC is less than

maximum allowed.

Similarly, for the west façade:

SEFWest = (C3 x PF³) + (C2 x PF²) + (C1 x PF) + C0

SEFWest = (1.52 x 0.345³) + (-2.51 x 0.345²) + (2.30 x 0.345) + 0.76

SEFWest = 1.317

3386

west faç

maximum

4.3.3.1 U

maximum

14.

Table 4-1

Building

Uncondit

buildings

uncondit

spaces

4.3.4 Sk

Table 4-

measured

for ECB

Method f

Therefore eq

çade will co

m allowed.

U-factor Ex

Vertical fene

m U-factor

14 U-factor

g Type

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s or

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kylights :

Skylights sh

15. Skyligh

d to the outs

BC Building

for complia

jkti=] fg

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fgekpy izns'k

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Orientation

Non-North f

atitudes and

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5°N

North for la

5°N

with the m

o (SRR), de

frame, to th

Building, a

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0.3 ÷ 1.317

criptive app

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Requiremen

for all

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atitude >

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efined as th

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and SuperE

2019@14

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uildings or

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Maximum

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U-factor and

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ECBC Build

vk"kk<+ 1941

ence the ver

the equival

uncondition

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Minim

VLT

0.27

d maximum

the total sk

rea, is limit

ding, when

rtical fenest

lent SHGC

ned spaces

s mentioned

mum PF

≥0.4

0.0

SHGC req

kylight area

ed to a max

n using the

tration on th

is less tha

may have

d in Table 4

quirements o

a of the roo

ximum of 5%

Prescriptiv

of,

3387

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Table 4-15 Skylight U-factor and SHGC Requirements (U-factor in W/m².K)

Climate

Maximum U-factor

Maximum SHGC

All climatic zones

4.25

0.35

Exception to §4.3.4 Skylights in temporary roof coverings or awnings over unconditioned spaces.

4.3.5 Building Envelope Trade-Off Method :

The building envelope complies with the code if the Envelope Performance Factor (EPF) of

the Proposed Building is less than the EPF of the Standard Building, where the Standard Building

exactly complies with the prescriptive requirements of building envelope. This method shall not be

used for buildings with WWR>40%. Trade-off is not permitted for skylights. Skylights shall meet

requirements of 4.3.4. The envelope performance factor shall be calculated using the following

equations.

Equation 4.2 EPFTotal = EPFRoof + EPFWall + EPFFenest

EPFRoof = C Roof

U A

^

EPFWall,= CWall,Mass

U A

^

+ ^CWall,Other

U A

^

EPFFenest= C1Fenest, North

U A

^

+ C2Fenest, North

SHGC Aw

SEF

^

+ C1Fenest, South

U A

^

+ C2Fenest, South

SHGC Aw

SEF

^

+ C1Fenest, East

U A

^

+ C2Fenest, East

SHGC Aw

SEF

^

+ C1Fenest, West

U A

^

+ C2Fenest, West

SHGC

SEF

^

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Table 4-16 Envelope Performance Factor Coefficients – Composite Climate

Daytime Business, Educational,

Shopping Complex

24-hour Business, Hospitality, Health

Care,

Assembly

C factor U-factor

factor

SHGC

C factor U-factor

C factor SHGC

Mass Walls

5.39

7.91

Curtain Walls,

Other

7.83

10.32

Roofs

14.93

17.88

North

Windows

0.33

81.08

-2.83

119.14

South

Windows

-2.30

221.07

-3.54

294.00

East Windows

-1.17

182.64

-3.23

255.91

West Windows

-0.74

182.11

-2.85

252.61

Table 4-17 Envelope Performance Factor Coefficients – Cold Climate

Daytime Business, Educational,

Shopping Complex

24-hour Business, Hospitality,

Health Care, Assembly

C factor U-factor

C factor SHGC

C factor U-factor

factor

SHGC

Mass Walls

17.65

12.10

Curtain Walls,

Other

14.36

17.65

Roofs

5.79

16.02

North Windows

-2.40

0.32

8.23

50.36

South Windows

-2.65

-18.75

0.08

172.87

East Windows

-2.78

-16.67

3.83

168.83

West Windows

-2.84

-15.53

5.60

159.43

4.3.6 S

Note 4-3

Applicat

ECBC le

envelope

propertie

glazing S

External

To prove

requirem

lists ther

requirem

Table 4-3

Wall

North, S

Wall 2–

West

Roof

Window

South

Standard B

EPF of the S

a) The Sta

gross ro

occupan

b) The U-

each cla

c) The SH

Building E

tion of Buil

A 1,000 m²

evel compli

e have alre

es are: roof

SHGC = .25

walls are m

According to

e complianc

mentslisted i

ments in § 4.

rmal proper

ments for EC

3-1 Prescrip

1–

South

– East,

– =<

jkti=]

Building E

Standard Bu

andard Buil

oof area as t

ncies, the di

-factor of ea

ass of const

HGC of each

Envelope Tra

lding Enve

single stor

ance. Each

eady been

assembly U

5, VLT = 0.

mass wall co

o Table 11-

ce through

in Table 4-

.3.3 for a 24

rties of the

CBC compla

ptive Requi

Pres

fact

(W/m

U-

actor

SHG

<3.0

=<0

fgekpy izns

EPF Calcu

uilding shall

lding shall

the Propose

istribution b

ach envelop

truction.

h window sh

ade-off Met

lope Trade

ry daytime

side has a

selected, p

U-value= .4

27, area we

onstruction t

1, Appendix

the prescrip

4, Table 4-

4-hour use b

building e

aint building

rements and

scriptive

tor

m².K)

=<0.6

=<0.3

VLT

0.27 =<0.2

ns'k] 05 tqyk

lation :

l be calculat

have the s

ed Building

between the

pe compon

hall be equa

thod :

e-off metho

use office

band of win

prior to op

W/m².K, e

eighted U-va

type. Dimen

x B, Ahmed

ptive appro

-7, Table 4

building in

nvelope co

gs.

d Proposed

U-

Prop

(W/m

U-

facto

1.8

kbZ] 2019@1

ted as follow

ame buildin

. If the buil

ese shall be

ent shall be

al to the crit

od :

building in

ndows, with

pting for E

external wal

alue for gla

nsions of th

dabad falls u

oach, U valu

-10 and VL

the hot and

mponents a

d Thermal P

osed U-fact

m².K)

SHGC

0.25

4 vk"kk<+] 19

ws:

ng floor ar

lding has bo

the same as

e equal to t

teria from §

n Ahmedab

hout shadin

ECBC com

ll assembly

azing = 1.8 W

he building e

under the h

ues, and SH

LT and win

d dry climat

and the cor

Properties

tor

0.25

0.4

VLT

0.27

941

ea, gross w

oth 24-hour

s the Propos

the criteria

4.3.3.

bad is tryin

ng. The mat

mpliance. Th

U-value =

W/m².K.

envelope ar

ot and dry c

HGC must

ndow to wa

te zone. The

rresponding

Area

(m²)

144

1000

338

wall area an

and daytim

sed Design.

from §4 fo

ng to achiev

terials for th

heir therm

.25 W/m².K

re as follow

climate zon

comply wit

all ratio wit

e table below

g prescriptiv

ne.

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Window

–

North

=<3.0

=<0.5

=<0.27

1.8

0.25

0.27

Window-East

=<3.0

=<0.27 =<0.27

1.8

0.25

0.27

Window-West =<3.3

=<0.27 =<0.27

1.8

0.25

0.27

U-value of the roof of the proposed building, at 0.4 W/m².K does not fulfil prescriptive

requirements. Similarly, §4.3.3 requires the WWR to be less than 40%. This condition is fulfilled in

the proposed buildings as can be seen in the calculations below.

Total Fenestration AreaNorth, South = 2 x (25m x 1.2m) = 60 m²

Wall AreaNorth, South = 2 x (25m x 3m) = 150 m²

Total Fenestration AreaEast, West = 2 x (40m x 1.2m) = 96 m²

Total Wall Area East, West = 2 x (40m x 3m) = 240 m²

Total Fenestration Area = 156 m², Total Wall Area = 390 m²

WWR = 156/390= 0.4.

Hence, this building will not be compliant if the prescriptive approach is followed.

Compliance through Building Envelope Trade-off method :

Envelope performance factor (EPF) for the Standard Building and Proposed Building must

be compared. As per the Building Envelope Trade-off method, the envelope performance factor

(EPF) shall be calculated using the following equations:

Equation 11.1 EPFTotal = EPFRoof + EPFWall + EPFFenest

Where,

EPFRoof = C Roof

U A

^

EPFWall, = CWall,Mass

U A

^

+ ^CWall,Other

U A

^

EPFFenest= C1Fenest, North

U A

^

+ C2Fenest, North

SHGC Aw

SEF

^

+ C1Fenest, South

U A

^

+ C2Fenest, South

SHGC Aw

SEF

^

+ C1Fenest, East

U A

^

+ C2Fenest, East

SHGC Aw

SEF

^

+ C1Fenest, West

U A

^

+ C2Fenest, West

SHGC Aw

SEF

^

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Standard Building EPF will be derived from U-factors, SHGCs and VLTs of walls, roofs

and fenestration from Table 4-4, Table 4-7, Table 4-10 and § 4.3.3 for a 24-hour use building in the

hot and dry climate zone. Values of C are from 24-hour Office building in hot and dry climatic

zone for each class of construction from Table 4-16. Since There is no shading for the windows,

Mw will not be considered.

Step 1: Calculation of EPF Proposed Building from actual envelope properties

EPFRoof Actual = C Roof

U A

^

= 14.82 × 0.40 × 1000=5928

EPFWallActual = CWall,Mass

U A

^

+ ^CWall,Other

U A

^

= (6.4 × 0.25 × 90) + (6.4 × 0.25 × 144)=374.4

EPFFenest = EPFFenest,North + EPFFenest’South + EPFFenest’East + EPFFenest’West

EPFFenest= C1Fenest

U A

^

+ C2Fenest,

SHGC Aw

SEF

^

Hence,

EPFFenest,North= -0.37 × 1.8 × 30 + 101.66 × 0.25 × 30=-19.98+762.45=742.47

EPFFenest,South= -1.35 × 1.8 × 30 + 252.90 × 0.25 × 30= -72.9 +1896.75=1823.85

EPFFenest,East= -0.85 × 1.8 ×48+219.91×0.25×48= -73.44 + 2638.9 = 2565.46

EPFFenest,West= -0.80 × 1.8 × 48 + 226.57 × 0.25 × 48= -69.12 + 2718.8 = 2649.7

Therefore,

EPFFenest= 7781.5

EPFProposed=5928 + 374.4 + 7781.5 = 14083.9

Step 2: Calculating EPF Standard Building from prescriptive envelope requirements

EPFRoof, Actual= C Roof

U A

^

= 14.82 × 0.33 × 1000= 4890.6

EPFWall, Actual= CWall,Mass

U A

^

+ ^CWall,Other

U A

^

= (6.4 × 0.63 × 90)+(6.4×0.63×144)=362.88+580.6=943.5

EPFFenest = EPFFenest,North + EPFFenest’South + EPFFenest’East + EPFFenest’West

Now,

EPFFenest,North= -0.37 × 3.3 × 30 + 101.66 × 0.5 × 30=-36.63+1524.9=1488.3

EPFFenest,South= -1.35 × 3.3 × 30 + 252.90 × 0.27 × 30= -133.7 + 2048.5=1914.8

EPFFenest,East= -0.85 × 3.3 ×48+219.91×0.27×48= -136.64 + 2850 = 2715.4

EPFFenest,West= -0.80 × 3.3 × 48 + 226.57 × 0.27 × 48= -126.7 + 2936 = 2809.6

Therefore, EPFFenest =8928

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EPFBaseline= 4890.6 + 943.5 + 8928= 14,762.2

Since EPFBaseline> EPFProposed , therefore building is compliant with ECBC building envelope

requirements.

5. Comfort Systems and Controls :

5 . 1

General :

All heating, ventilation, air conditioning equipment and systems, and their controls shall

comply with the mandatory provisions of §5.2 and the prescriptive criteria of §5.3 for the

respective building energy efficiency level.

All service water heating equipment and systems shall comply with the mandatory

provisions of §5.2.

5 . 2

Mandatory Requirements :

5.2.1 Ventilation :

(a) All habitable spaces shall be ventilated with outdoor air in accordance with the

requirements of §5.2.1 and guidelines specified in the National Building Code 2016

(Part 8: Building Services, Section 1: Lighting and Natural Ventilation, Subsection 5:

Ventilation).

(b) Ventilated spaces shall be provided with outdoor air using one of the following:

Natural ventilation

ii.

Mechanical ventilation

iii. Mixed mode ventilation

5.2.1.1 Natural Ventilation Design Requirements :

Naturally ventilated buildings or spaces in a mixed-mode ventilated buildings shall:

(a) Comply with guidelines provided for natural ventilation in NBC.

(b) Have minimum BEE 3-star rated ceiling fans, if provided with ceiling fans.

provided.

5.2.1.2 Mechanical Ventilation Air Quantity Design Requirements :

Buildings that are ventilated using a mechanical ventilation system or spaces in mixed-

mode ventilated buildings that are ventilated with a mechanical system, either completely or in

conjunction with natural ventilation systems, shall:

(a) Install mechanical systems that provide outdoor air change rate as per NBC.

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(b) Have a ventilation system controlled by CO sensors for basement carpark spaces with

total car park space greater than or equal to 600 m².

Note 5-1 Adaptive Thermal Comfort :

Human body has the ability to adapt to environmental conditions and become accustomed

to them over time. People accustomed to the variability of environmental parameters in non-air-

conditioned buildings can live and work through a larger temperature range without experiencing

thermal discomfort. This logic informs the adaptive thermal comfort model for buildings. Adaptive

comfort models offer an opportunity to reduce energy use as buildings can be operated at more

moderate temperatures. Energy used to maintain stringent comfort conditions through mechanical

equipment can thus be avoided.

Operative temperatures for the model can be calculated using the formulae below.

Naturally Ventilated Buildings :

Indoor Operative Temperature = (0.54 x outdoor temperature) + 12.83

Where, indoor operative temperature (°C) is neutral temperature, & outdoor temperature is

the 30-day outdoor running mean air temperature (°C).

The 90 % acceptability range for the India specific adaptive models for naturally ventilated

buildings is ± 2.38°C.

For example, Indoor Operative Temperature for a naturally ventilated building in Delhi =

(0.54 x 33.0) + 12.83 = 30.68^oC

Mixed Mode Buildings :

Indoor Operative Temperature = (0.28 x outdoor temperature) + 17.87

Where indoor operative temperature (°C) is neutral temperature & outdoor temperature is

the 30-day outdoor running mean air temperature (°C).

The 90% acceptability range for the India specific adaptive models for mixed-mode

buildings is ± 3.46°C.

For example, Indoor Operative Temperature for a mixed mode building in Delhi = (0.28 x

33.0) + 17.87 = 27.1^oC

Air Conditioned Buildings :

Indoor Operative Temperature = (0.078 x outdoor temperature) + 23.25

Where indoor operative temperature (°C) is neutral temperature & outdoor temperature is

the 30-day outdoor running mean air temperature (°C).

The 90% acceptability range for the adaptive models for conditioned buildings is ±1.5°C.

For example, Indoor Operative Temperature for an air-conditioned building in Delhi

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= (0.078 x 33.0) + 23.25

= 25.8 ^oC

5.2.1.3Demand Control Ventilation :

Mechanical ventilation systems shall have demand control ventilation if they provide

outdoor air greater than 1,500 liters per second, to a space greater than 50 m², with occupant

density exceeding 40 people per 100 m² of the space, and are served by one or more of the

following systems:

(a) An air side economizer

(b) Automatic outdoor modulating control of the outdoor air damper

Exceptions to § 5.2.1.3: Following shall be exempt from installing demand control

ventilation systems:

(a) Classrooms in Schools, call centers category under Business

(b) Spaces that have processes or operations that generate dust, fumes, mists, vapors, or

gases and are provided with exhaust ventilation, such as indoor operation of internal

combustion engines or areas designated for unvented food service preparation, or

beauty salons

5.2.2 Minimum Space Conditioning Equipment Efficiencies :

5.2.2.1 Chillers :

(a) Chillers shall meet or exceed the minimum efficiency requirements presented in Table

5-1 through Table 5-2 under ANSI/ AHRI 550/ 590 conditions.

(b) The application of air-cooled chiller is allowed in all buildings with cooling load less

than 530 kW. For buildings with cooling load equal to or greater than 530 kW, the

number of air-cooled chiller shall be restricted to 33% of the total installed chilled

water capacity unless the authority having jurisdiction mandates the application of air

cooled chillers.

chillers shall take precedence over the minimum requirements presented in Table5-1

through Table 5-2.

(d) To show compliance to ECBC, minimum requirement of both COP and IPLV

requirement of ECBC Building shall be met. To show compliance with ECBC+

Building and SuperECBC Building, minimum requirement of either COP or IPLV of

respective efficiency level shall be met.

Table 5-1 Minimum Energy Efficiency Requirements for water cooled Chillers

ECBC Building

ECBC+ Building

SuperECBC

Building

Chiller Capacity

(kWr)

COP

IPLV

COP

IPLV

COP

IPLV

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<260

4.7

5.8

5.2

6.9

5.8

7.1

≥260 &<530

4.9

5.9

5.8

7.1

6.0

7.9

≥530 &<1,050

5.4

6.5

5.8

7.5

6.3

8.4

≥1,050 &<1,580

5.8

6.8

6.2

8.1

6.5

8.8

≥1,580

6.3

7.0

6.5

8.9

6.7

9.1

Table 5-2 Minimum Energy Efficiency Requirements for air cooled Chillers

ECBC Building

ECBC+ Building

SuperECBC

Building

Chiller Capacity

(kWr)

COP

IPLV

COP

IPLV

COP/ IPLV

<260

2.8

3.5

3.0

4.0

≥260

3.0

3.7

3.2

5.0

5.2.2.2 Unitary, Split, Packaged Air-Conditioners :

Unitary air-conditioners shall meet or exceed the efficiency requirements given in

Table 5-3 through Table 5-5. Window and split air conditioners shall be certified under

BEE’s Star Labeling Program. EER shall be as per IS 8148 for all unitary, split, packaged air

conditioners greater than 10 kWr.

Table 5-3 Minimum Requirements for Unitary, Split, Packaged Air Conditioners in ECBC Building

Cooling Capacity (kWr)

Water Cooled

Air Cooled

≤ 10.5

BEE 3 Star

> 10.5

3.3 EER

2.8 EER

Table 5-4 Minimum Requirements for Unitary, Split, Packaged Air Conditioners in ECBC+

Building

Cooling Capacity (kWr)

Water Cooled

Air Cooled

≤ 10.5

BEE 4 Star

> 10.5

3.7 EER

3.2 EER

Table 5-5 Minimum Requirements for Unitary, Split, Packaged Air Conditioners in SuperECBC

Building

Cooling Capacity (kWr)

Water Cooled

Air Cooled

≤ 10.5

BEE 5 Star

>10.5

3.9 EER

3.4 EER

5.2.2.3Variable Refrigerant Flow :

Variable Refrigerant Flow (VRF) systems shall meet or exceed the efficiency requirements

specified in Table 5-6 as per the ANSI/AHRI Standard 1230 while the Indian Standard on VRF is

being developed. BEE Standards and Labeling requirements for VRF shall take precedence over

the current minimum requirement.

Table 5-6 Minimum Efficiency Requirements for VRF Air conditioners for ECBC Building*

Type

Size category (kWr)

EER

IEER

VRF Air

Conditioners,

< 40

3.28

4.36

>= 40 and < 70

3.26

4.34

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Air cooled

>= 70

3.02

4.07

*The revised EER and IEER values as per Indian Standard for VRF corresponding to values in this

table will supersede as and when the revised standards are published.

5.2.2.4 Air Conditioning and Condensing Units Serving Computer Rooms :

Air conditioning and condensing units serving computer rooms shall meet or exceed the

energy efficiency requirements listed in Table 5-7.

Table 5-7 Minimum Efficiency Requirements for Computer Room Air Conditioners

Equipment type

Net Sensible Cooling

Capacity^a

Minimum SCOP-127^b

Downflow

Upflow

All types of computer room ACs

Air/ Water/ Glycol

All capacity

2.5

Net Sensible cooling capacity = Total gross cooling capacity - latent cooling capacity –

Fan power b. Sensible Coefficient of Performance (SCOP-127): A ratio calculated by dividing the

net sensible cooling capacity in watts by the total power input in watts (excluding reheater and

dehumidifier) at conditions defined in ASHRAE Standard 127-2012 Method of Testing for Rating

Computer and Data Processing Room Unitary Air Conditioners)

5.2.3 Controls :

To comply with the Code, buildings shall meet the requirements of §5.2.3.1 through

§5.2.3.5.

5.2.3.1 Timeclock :

Mechanical cooling and heating systems in Universities and Training Institutions of all sizes

and all Shopping Complexes with built up area greater than 20,000 m² shall be controlled by

timeclocks that:

(a) Can start and stop the system under different schedules for three different day-types

per week,

(b) Are capable of retaining programming and time setting during loss of power for a

period of at least 10 hours, and

for up to 2 hours.

Exceptions to §5.2.3.1:

(a) Cooling systems less than 17.5 kWr

(b) Heating systems less than 5.0 kWr

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5.2.3.2 Temperature Controls :

Mechanical heating and cooling equipment in all buildings shall be installed with controls

to manage the temperature inside the conditioned zones. Each floor or a building block shall be

installed with at least one control to manage the temperature. These controls should meet the

following requirements:

(a) Where a unit provides both heating and cooling, controls shall be capable of providing

a temperature dead band of 3.0°C within which the supply of heating and cooling

energy to the zone is shut off or reduced to a minimum.

(b) Where separate heating and cooling equipment serve the same temperature zone,

temperature controls shall be interlocked to prevent simultaneous heating and cooling.

i. guest room of Resort and Star Hotel,

ii. room less than 30 m² in Business,

iii. air-conditioned class room, lecture room, and computer room of Educational,

iv. in-patient and out-patient room of Healthcare

5.2.3.3 Occupancy Controls :

Occupancy controls shall be installed to de-energize or to throttle to minimum the

ventilation and/or air conditioning systems when there are no occupants in:

(a) Each guest room in a Resort and Star Hotel

(b) Each public toilet in a Star Hotel or Business with built up area more than 20,000 m²

(d) Each room of size more than 30 m² in Educational buildings

5.2.3.4 Fan Controls :

Cooling towers in buildings with built up area greater than 20,000 m², shall have fan

controls based on wet bulb logic, with either:

(a) Two speed motors, pony motors, or variable speed drives controlling the fans, or

(b) Controls capable of reducing the fan speed to at least two third of installed fan power

5.2.3.5 Dampers :

All air supply and exhaust equipment, having a Variable Frequency Drive (VFD), shall

have dampers that automatically close upon:

(a) Fan shutdown, or,

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(b) When spaces served are not in use

system is less than 150 liters per second in all climatic zones except cold climate,

provided backdraft dampers for ventilation air intakes are protected from direct

exposure to wind.

(d) Dampers are not required in ventilation or exhaust systems serving naturally

conditioned spaces.

(e) Dampers are not required in exhaust systems serving kitchen exhaust hoods.

5.2.4 Additional Controls for ECBC+ and SuperECBC Buildings :

ECBC+ building shall comply with requirements of § 5.2.4 in addition to complying with

requirements of §5.2.3.

5.2.4.1 Centralized Demand Shed Controls :

ECBC+ and SuperECBC Buildings with built up area greater than 20,000 m² shall have a

building management system. All mechanical cooling and heating systems in ECBC+ and

SuperECBC Buildings with any programmable logic controller (PLC) to the zone level shall have

the following control capabilities to manage centralized demand shed in noncritical zones:

(a) Automatic demand shed controls that can implement a centralized demand shed in

non-critical zones during the demand response period on a demand response signal.

(b) Controls that can remotely decrease or increase the operating temperature set points by

four degrees or more in all noncritical zones on signal from a centralized control point

reset

The centralized demand shed controls shall have additional capabilities to

(a) Be disabled by facility operators

(b) Be manually controlled from a central point by facility operators to manage heating

and cooling set points

5.2.4.2 Supply Air Temperature Reset :

Multi zone mechanical cooling and heating systems in ECBC+ and SuperECBC Buildings

shall have controls that automatically reset the supply-air temperature in response to building loads

or to outdoor air temperature. Controls shall reset the supply air temperature to at least 25% of the

difference between the design supply air temperature and the design room air temperature.

Exception to § 5.2.4.2 : ECBC+ and SuperECBC Buildings in warm humid climate zone.

5.2.4.3 Chilled Water Temperature Reset :

Chilled water systems with a design capacity exceeding 350 kWr supplying chilled water to

comfort conditioning systems in ECBC+ and SuperECBC Buildings shall have controls that

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automatically reset supply water temperatures by representative building loads (including return

water temperature) or by outdoor air temperature.

Exceptions to § 5.2.4.3: Controls to automatically reset chilled water temperature shall not

be required where the supply temperature reset controls causes improper operation of equipment.

5.2.5 Additional Controls for SuperECBC Buildings :

SuperECBC Buildings shall comply with requirements of § 5.2.5 in addition to complying

with requirements of § 5.2.3 and § 5.2.4.

5.2.5.1 Variable Air Volume Fan Control :

Fans in Variable Air Volume (VAV) systems in SuperECBC Buildings shall have controls

or devices that will result in fan motor demand of no more than 30% of their design wattage at 50%

of design airflow based on manufacturer’s certified fan data.

5.2.6 Piping and Ductwork :

5.2.6.1 Piping Insulation :

Piping for heating, space conditioning, and service hot water systems shall meet the

insulation requirements listed in Table 5-8 through Table 5-10. Insulation exposed to weather shall

be protected by aluminum sheet metal, painted canvas, or plastic cover. Cellular foam insulation

shall be protected as above, or be painted with water retardant paint.

Exceptions to § 5.2.6.1:

(A) Reduction in insulation R value by 0.2 (compared to values in Table 5-8, Table 5-9 and

Table 5-10) to a minimum insulation level of R-0.4 shall be permitted for any pipe

located in partition within a conditioned space or buried.

(B) Insulation R value shall be increased by 0.2 over and above the requirement stated in

Table 5-8 through Table 5-10 for any pipe located in a partition outside a building with

direct exposure to weather.

Table 5-10) to a minimum insulation level of R-0.4 shall be permitted for buildings in

Temperate climate zone.

Table 5-8 Insulation Requirements for Pipes in ECBC Building

Operating Temperature (ºC)

Pipe size (mm)

<25

>=40

Insulation R value (m².K/W)

Heating System

94°C to 121°C

0.9

1.2

60°C to 94°C

0.7

40°C to 60°C

0.4

0.7

Cooling System

4.5°C to 15°C

0.4

0.7

< 4.5°C

0.9

1.2

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Refrigerant Piping (Split systems)

4.5°C to 15°C

0.4

0.7

< 4.5°C

0.9

1.2

Table 5-9 Insulation Requirements for Pipes in ECBC+ Building

Pipe size (mm)

Operating Temperature (ºC)

< 40

>=40

Insulation R value (m².K/W)

Heating System

94°C to 121°C

1.1

1.3

60°C to 94°C

0.8

40°C to 60°C

0.5

0.9

Cooling System

4.5°C to 15°C

0.5

0.9

< 4.5°C

1.1

1.3

Refrigerant Piping (Split Systems)

4.5°C to 15°C

0.5

0.9

< 4.5°C

1.1

1.3

Table 5-10 Insulation Requirements for Pipes in SuperECBC Buildings

Pipe size (mm)

Operating Temperature (ºC)

< 40

>=40

Insulation R value (m².K/W)

Heating System

94°C to 121°C

1.5

60°C to 94°C

1.0

1.3

40°C to 60°C

0.7

1.1

Cooling System

4.5°C to 15°C

0.7

1.2

< 4.5°C

1.5

Refrigerant Piping (Split Systems)

4.5°C to 15°C

0.4

0.7

< 4.5°C

1.5

5.2.6.2 Ductwork and Plenum Insulation :

Ductwork and plenum shall be insulated in accordance with Table 5-11.

Table 5-11 Ductwork Insulation (R value in m² . K/W) Requirements

Duct Location

Supply ducts

Return ducts

Exterior

R -1.4

R -0.6

Unconditioned Space

R -0.6

None

Buried

R -0.6

None

5.2.7 System Balancing :

5.2.7.1 General :

System balancing shall be done for systems serving zones with a total conditioned area

exceeding 500 m².

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5.2.7.2 Air System Balancing :

Air systems shall be balanced in a manner to first minimize throttling losses; then, for fans

with fan system power greater than 0.75 kW, fan speed shall be adjusted to meet design flow

conditions.

5.2.7.3 Hydronic System Balancing :

Hydronic systems shall be proportionately balanced in a manner to first minimize throttling

losses; then the pump impeller shall be trimmed or pump speed shall be adjusted to meet design

flow conditions.

5.2.8 Condensers :

5.2.8.1 Condenser Locations :

Condensers shall be located such that the heat sink is free of interference from heat

discharge by devices located in adjoining spaces, and do not interfere with other such systems

installed nearby.

5.2.9 Service Water Heating :

5.2.9.1 Solar Water Heating :

To comply with the Code, all type of buildings in cold as well as composite climate zone

with a hot water system, shall have solar water heating equipment installed to provide for:

(A) at least 20% of the total hot water design capacity if above grade floor area of the

building is less than 20,000 m²

(B) at least 40% of the total hot water design capacity if above grade floor area of the

building is greater than or equal to 20,000 m²

For compliance with ECBC+ and SuperECBC, all type of buildingsin cold as well as

composite climate zone with a hot water system, shall have solar water heating equipment installed

to provide at least 40% and 60% respectively of the total hot water design capacity.

Exception to § 5.2.9.1: Systems that use heat recovery to provide the hot water capacity

required as per the efficiency level or building size.

5.2.9.2 Heating Equipment Efficiency :

Service water heating equipment shall meet or exceed the performance and minimum

efficiency requirements presented in available Indian Standards

(a) Solar water heater shall meet the performance/ minimum efficiency level mentioned in

IS 13129 Part (1&2)

(b) Gas Instantaneous water heaters shall meet the performance/minimum efficiency level

mentioned in IS 15558 with above 80% Fuel utilization efficiency.

in IS 2082.

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5.2.9.3 Other Water Heating System :

Supplementary heating system shall be designed to maximize the energy efficiency of the

system and shall incorporate the following design features in cascade:

(a) Maximum heat recovery from hot discharge system like condensers of air conditioning

units,

(b) Use of gas fired heaters wherever gas is available, and

5.2.9.4 Piping Insulation :

Piping insulation shall comply with § 5.2.6.1. The entire hot water system including the

storage tanks, pipelines shall be insulated conforming to the relevant IS standards on materials and

applications.

5.2.9.5 Heat Traps :

Vertical pipe risers serving storage water heaters and storage tanks not having integral heat

traps and serving a non-recirculating system shall have heat traps on both the inlet and outlet

piping.

5.2.9.6 Swimming Pools :

All heated pools shall be provided with a vapor retardant pool cover on or at the water

surface. Pools heated to more than 32^°C shall have a pool cover with a minimum insulation value of

R-4.1.

Exception to § 5.2.9.6: Pools deriving over 60% of their energy from site-recovered energy

or solar energy source.

5 . 3 Prescriptive Requirements :

Compliance shall be demonstrated with the prescriptive requirements in this section.

Supply, exhaust, and return or relief fans with motor power exceeding 0.37 kW shall meet or

exceed the minimum energy efficiency requirements specified in Table 5-12 through Table 5-14

except the following need not comply with the requirement

(a) Fans in un-ducted air conditioning unit where fan efficiency has already been taken in

account to calculate the efficiency standard of the comfort system.

(b) Fans in Health Care buildings having HEPA filters.

Table 5-12 Mechanical and Motor Efficiency Requirements for Fans in ECBC Buildings

System type

Fan Type

Mechanical

Efficiency

Motor Efficiency

(As per IS 12615)

Air-handling unit

Supply, return and

exhaust

60%

IE 2

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Table 5-13 Mechanical and Motor Efficiency Requirements for Fans in ECBC+ Buildings

System type

Fan Type

Mechanical Efficiency

Motor Efficiency

(As per IS 12615)

Air-handling unit

Supply, return and

exhaust

65%

IE 3

Table 5-14 Mechanical and Motor Efficiency Requirements for Fans in SuperECBC Buildings

System Type

Fan Type

Mechanical Efficiency

Motor Efficiency

(As per IS 12615)

Air-handling

unit

Supply, return and

exhaust

70%

IE 4

5.3.1 Pumps :

Chilled and condenser water pumps shall meet or exceed the minimum energy efficiency

requirements specified in Table 5-15 through Table 5-17. Requirements for pumps in district chiller

systems and hot water pumps for space heating are limited to the installed efficiency requirement of

individual pump equipment only. To show compliance, calculate the total installed pump capacity

in kilo watt and achieve the prescribed limits per kilo watt of refrigeration installed in the building.

Exceptions to § 5.3.1: Pumps used in processes e.g. service hot water, chilled water used for

refrigeration etc.

Table 5-15 Pump Efficiency Requirements for ECBC Building

Equipment

ECBC

Chilled Water Pump (Primary and

Secondary)

18.2 W/ kWr with VFD on secondary pump

Condenser Water Pump

17.7 W/ kWr

Pump Efficiency (minimum)

70%

Table 5-16 Pump Efficiency Requirements for ECBC+ Building

Equipment

ECBC+ Building

Chilled Water Pump (Primary and

Secondary)

16.9 W/ kWr with VFD on secondary pump

Condenser Water Pump

16.5 W/ kWr

Pump Efficiency (minimum)

75%

Table 5-17 Pump Efficiency Requirements for SuperECBC Building

Equipment

SuperECBC Building

Chilled Water Pump (Primary and

Secondary)

14.9 W/ kWr with VFD on secondary pump

Condenser Water Pump

14.6 W/ kWr

Pump Efficiency (minimum)

85%

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5.3.2 Cooling Towers :

Cooling towers shall meet or exceed the minimum efficiency requirements specified in

Table5-18. ECBC+ and SuperECBC Buildings shall have additional VFD installed in the cooling

towers.

Table 5-18 Cooling Tower Efficiency Requirements for ECBC, ECBC+, and SuperECBC Buildings

Equipment type

Rating Condition

Efficiency

Open circuit cooling tower Fans

35°C entering water

29°C leaving water

24°C WB outdoor air

0.017 kW/kWr

0.31 kW/ L/s

5.3.3 Economizers :

5.3.3.1 Economizer for ECBC, ECBC+, and SuperECBC Building :

Each cooling fan system in buildings with built up area greater than 20,000 m², shall

include at least one of the following:

(a) An air economizer capable of modulating outside-air and return-air dampers to supply

50% of the design supply air quantity as outside-air.

(b) A water economizer capable of providing 50% of the expected system cooling load at

outside air temperatures of 10°C dry-bulb/7.2°C wet-bulb and below.

Exception to §5.3.3.1:

(a) Projects in warm-humid climate zones are exempt.

(b) Projects with only daytime occupancy in the hot-dry are exempt.

5.3.3.2 Partial Cooling :

Where required by §5.3.3.1 economizers shall be capable of providing partial cooling even

when additional mechanical cooling is required to meet the cooling load.

5.3.3.3 Economizer Controls :

Air economizer shall be equipped with controls

(a) That allow dampers to be sequenced with the mechanical cooling equipment and not

be controlled by only mixed air temperature.

(b) capable of automatically reducing outdoor air intake to the design minimum outdoor

air quantity when outdoor air intake will no longer reduce cooling energy usage.

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5.3.3.4 Testing :

Air-side economizers shall be tested in the field following the requirements in §12

Appendix C to ensure proper operation.

Exception to §5.3.3.4: Air economizers installed by the HVAC system equipment

manufacturer and certified to the building department as being factory calibrated and tested per the

procedures in §12.

5.3.4 Variable Flow Hydronic Systems :

5.3.4.1 Variable Fluid Flow :

HVAC pumping systems having a total pump system power exceeding 7.5 kW shall be

designed for variable fluid flow and shall be capable of reducing pump flow rates to an extent

which is lesser or equal to the limit, where the limit is set by the larger of:

(a) 50% of the design flow rate, or

(b) the minimum flow required by the equipment manufacturer for proper operation of the

chillers or boilers.

5.3.4.2 Isolation Valves :

Water cooled air-conditioning or heat pump units with a circulation pump motor greater

than or equal to 3.7 kW shall have two-way automatic isolation valves on each water cooled air-

conditioning or heat pump unit that are interlocked with the compressor to shut off condenser water

flow when the compressor is not operating.

5.3.4.3 Variable Speed Drives :

Chilled water or condenser water systems that must comply with either §5.3.4.1 or §5.3.4.2

and that have pump motors greater than or equal to 3.7 kW shall be controlled by variable speed

drives.

5.3.5 Boilers :

Gas and oil fired boilers shall meet or exceed the minimum efficiency requirements

specified in Table 5-19 and Table 5-20.

Table 5-19 Minimum Efficiency Requirements for Oil and Gas Fired Boilers for ECBC building

Equipment Type

Sub Category

Size Category

Minimum FUE

Boilers, Hot

Water

Gas or oil

fired

All capacity

80%

FUE - fuel utilization efficiency

Table 5-20 Minimum Efficiency Requirements for Oil and Gas Fired Boilers for ECBC+ and

SuperECBC building

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Equipment Type

Sub Category

Size Category

Minimum FUE

Boilers, Hot

Water

Gas or oil

fired

All capacity

85%

FUE - fuel utilization efficiency

5.3.6 Energy Recovery :

All Hospitality and Healthcare, with systems of capacity greater than 2,100 liters per second

and minimum outdoor air supply of 70% shall have air-to-air heat recovery equipment with

minimum 50% recovery effectiveness

At least 50% of heat shall be recovered from diesel and gas fired generator sets installed in

Hospitality, Healthcare, and Business buildings with built up area greater than 20,000 m².

5 . 4 Total System Efficiency- Alternate Compliance Approach :

Buildings may show compliance by optimizing the total system efficiency for the plant side

comfort system instead of the individual equipment mentioned under the prescriptive requirement.

This alternate compliance approach is applicable for central chilled water plant side system in all

building types. The total installed capacity per kilo-watt refrigeration load shall be less than or

equal to maximum threshold requirements as specified in Table 5-21. Equipment that can be

included in central chilled water plant side system for this alternate approach are chillers, chilled

water pumps, condenser water pumps, and cooling tower fan. Compliance check will be based on

annual hourly simulation.

Table 5-21 Minimum System Efficiency* Requirement for ECBC, ECBC+, and SuperECBC

Buildings

Water Cooled Chilled Water Plant

Maximum Threshold (kW/kWr)

ECBC

0.26

ECBC+

0.23

SuperECBC

0.20

5 . 5

Low- energy Comfort Systems :

Alternative HVAC systems which have low energy use may be installed in place of (or in

conjunction with) refrigerant-based cooling systems. Such systems shall be deemed to meet the

minimum space conditioning equipment efficiency levels of §5.2.2, but shall comply with all other

applicable mandatory provisions of §5.2 as applicable. The approved list of low energy comfort

systems¹ is given below:

(a) Evaporative cooling

(b) Desiccant cooling system

1This is not an all-inclusive list. The updated list of low energy comfort systems is available at BEE website

(https://www.beeindia.gov.in/).

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(d) Tri-generation (waste-to-heat)

(e) Radiant cooling system

(f) Ground source heat pump

(g) Adiabatic cooling system

Buildings with an approved low-energy comfort system installed for more than 50% of the

cooling and heating requirement of the building shall be deemed equivalent to the ECBC+ building

standard prescribed in § 5.2.2.

Buildings having an approved low energy comfort system installed for more than 90% of

the cooling and heating requirement of the building shall be deemed equivalent to the SuperECBC

building standard prescribed in §5.2.2.

Note 5-2 Thermal Energy Storage :

Thermal Energy Storage :

Thermal storage may be used for limiting maximum demand, by controlling peak electricity

load through reduction of chiller capacity, and by taking advantage of high system efficiency

during low ambient conditions. Thermal storage would also help in reducing operating cost by

using differential time-of-the day power tariff, where applicable.

The storage media can be ice or water. Water need stratified storage tanks and is mostly

viable with large storage capacity and has an advantage of plant operation at higher efficiencies but

requires larger storage volumes. In case of central plant, designed with thermal energy storage, its

location shall be decided in consultation with the air conditioning engineer. For roof top

installations, structural provision shall take into account load coming on the building/structure due

to the same. For open area surface installation, horizontal or vertical system options shall be

considered and approach ladders for manholes provided. Buried installation shall take into account

loads due to movement of vehicles above the area.

Lighting and Controls :

6 . 1

General :

Lighting systems and equipment shall comply with the mandatory provisions of § 6.2 and

the prescriptive criteria of § 6.3. The lighting requirements in this section shall apply to:

(a) Interior spaces of buildings,

(b) Exterior building features, including facades, illuminated roofs, architectural features,

entrances, exits, loading docks, and illuminated canopies, and,

service.

Exceptions to §6.1:

(a) Emergency or security lighting that is automatically off during normal building

operations.

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6 . 2

Mandatory Requirements :

6.2.1 Lighting Control :

6.2.1.1 Automatic Lighting Shutoff :

(a) 90% of interior lighting fittings in building or space of building larger than 300 m²

shall be equipped with automatic control device.

(b) Additionally, occupancy sensors shall be provided in

All building types greater than 20,000 m² BUA, in

All habitable spaces less than 30 m², enclosed by walls or ceiling height

partitions.

All storage or utility spaces more than 15 m² in all building types with BUA

greater than 20,000 m².

Public toilets more than 25 m², controlling at least 80 % of lighting fitted in

the toilet. The lighting fixtures, not controlled by automatic lighting shutoff,

shall be uniformly spread in the area.

ii.

In corridors of all Hospitality greater than 20,000 m² BUA, controlling minimum

70% and maximum 80% of lighting fitted in the public corridor. The lighting

fixtures, not controlled by automatic lighting shut off, shall be uniformly spread in

the area.

iii. In all Business and all conference or meeting rooms.

A scheduled basis at specific programmed times. An independent program

schedule shall be provided for areas of no more than 2,500 m² and not more than

one floor, or,

ii.

Occupancy sensors that shall turn off the lighting fixtures within 15 minutes of an

occupant leaving the space. Light fixtures controlled by occupancy sensors shall

have a wall-mounted, manual switch capable ofturning off lights when the space

is occupied.

Exception to § 6.2.1.1: Lighting systems designed for emergency and firefighting purposes.

6.2.1.2 Space Control :

Each space enclosed by ceiling-height partitions shall have at least one control device to

independently control the general lighting within the space. Each control device shall be activated

either manually by an occupant or automatically by sensing an occupant. Each control device shall

(a) control a maximum of 250 m² for a space less than or equal to 1,000 m², and a

maximum of 1,000 m² for a space greater than 1,000 m².

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(b) have the capability to override the shutoff control required in § 6.2.1.1 for no more

than 2 hours, and

Exception to § 6.2.1.2 (c): The required control device may be remotely installed if required

for reasons of safety or security. A remotely located device shall have a pilot light indicator as part

of or next to the control device and shall be clearly labeled to identify the controlled lighting.

6.2.1.3 Control in Daylight Areas :

(a) Luminaires, installed within day lighting extent from the window as calculated in §

4.2.3, shall be equipped with either a manual control device to shut off luminaires,

installed within day lit area, during potential daylit time of a day or automatic control

device that:

Has a delay of minimum 5 minutes, or,

ii.

Can dim or step down to 50% of total power.

(b) Overrides to the daylight controls shall not be allowed.

allowed to all spaces with more than 70% of their area under daylight controls.

6.2.1.4 Centralized Controls for ECBC+ and SuperECBC Buildings :

ECBC+ and SuperECBC building shall have centralized control system for schedule based

automatic lighting shutoff switches.

6.2.1.5 Exterior Lighting Control :

(a) Lighting for all exterior applications not exempted in §6.3.5 shall be controlled by a

photo sensor or astronomical time switch that is capable of automatically turning off

the exterior lighting when daylight is available or the lighting is not required.

(b) Lighting for all exterior applications, of Schools and Business with built up area

greater than 20,000 m², shall have lamp efficacy not less than 80 lumens per watt, 90

lumens per watt, and 100 lumens per watt, for ECBC, ECBC+, and SuperECBC

Buildings respectively, unless the luminaire is controlled by a motion sensor or exempt

under §6.1.

separate time switches.

Exemption to §6.2.1.5: Exterior emergency lighting.

6.2.1.6 Additional Control :

The following lighting applications shall be equipped with a control device to control such

lighting independently of general lighting:

(a) Display/Accent Lighting. Display or accent lighting greater than 300 m² area shall

have a separate control device.

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(b) Hotel Guest Room Lighting. Guest rooms and guest suites in a hotel shall have a

master control device at the main room entry that controls all permanently installed

luminaires and switched receptacles.

(d) Task Lighting. Supplemental task lighting including permanently installed under shelf

or under cabinet lighting shall have a control device integral to the luminaires or be

controlled by a wall-mounted control device provided the control device complies with

§6.2.1.2.

(e) Nonvisual Lighting. Lighting for nonvisual applications, such as plant growth and

food-warming, shall be equipped with a separate control device.

(f) Demonstration Lighting. Lighting equipment that is for sale or for demonstrations in

lighting education shall be equipped with a separate control device accessible only to

authorized personnel.

6.2.2 Exit Signs :

Internally-illuminated exit signs shall not exceed 5 Watts per face.

6 . 3 Prescriptive Requirements :

6.3.1 Interior Lighting Power :

The installed interior lighting power for a building or a separately metered or permitted

portion of a building shall be calculated in accordance with §6.3.4 and shall not exceed the interior

lighting power allowance determined in accordance with either §6.3.2 or §6.3.3. Tradeoffs of

interior lighting power allowance among portions of the building for which a different method of

calculation has been used are not permitted.

Exception to §6.3: The following lighting equipment and applications shall not be

considered when determining the interior lighting power allowance, nor shall the wattage for such

lighting be included in the installed interior lighting power. However, any such lighting shall not be

exempt unless it is an addition to general lighting and is controlled by an independent control

device.

(a) Display or accent lighting that is an essential element for the function performed in

galleries, museums, and monuments,

(b) Lighting that is integral to equipment or instrumentation and is installed by its

manufacturer,

medical equipment,

(d) Lighting integral to food warming and food preparation equipment,

(e) Lighting for plant growth or maintenance,

(f) Lighting in spaces specifically designed for use by the visually impaired,

(g) Lighting in retail display windows, provided the display area is enclosed by ceiling-

height partitions,

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(h) Lighting in interior spaces that have been specifically designated as a registered

interior historic landmark,

(i)

Lighting that is an integral part of advertising or directional signage,

(j)

Exit signs,

(k) Lighting that is for sale or lighting educational demonstration systems,

(l)

Lighting for theatrical purposes, including performance, stage, and film or video

production, and

(m) Athletic playing areas with permanent facilities for television broadcasting.

6.3.2 Building Area Method :

Determination of interior lighting power allowance (watts) by the building area method

shall be in accordance with the following:

Determine the allowed lighting power density for each appropriate building area type from

Table 6-1 for ECBC Buildings, from Table 6-2 for ECBC+ Buildings and from Table 6-3 for

SuperECBC Buildings.

(a) Calculate the gross lighted carpet area for each building area type.

(b) The interior lighting power allowance is the sum of the products of the gross lighted

floor area of each building area times the allowed lighting power density for that

building area type.

Table 6-1 Interior Lighting Power for ECBC Buildings – Building Area Method

Building Type

LPD (W/m²)

Building Area Type

LPD (W/m²)

Office Building

9.50

Motion picture theater

9.43

Hospitals

9.70

Museum

10.2

Hotels

9.50

Post office

10.5

Shopping Mall

14.1

Religious building

12.0

University and Schools

11.2

Sports arena

9.70

Library

12.2

Transportation

9.20

Dining: bar lounge/leisure

12.2

Warehouse

7.08

Dining: cafeteria/fast food

11.5

Performing arts theater

16.3

Dining: family

10.9

Police station

9.90

Dormitory

9.10

Workshop

14.1

Fire station

9.70

Automotive facility

9.00

Gymnasium

10.0

Convention center

12.5

Manufacturing facility

12.0

Parking garage

3.00

In cases where both a general building area type and a specific building area type are listed,

the specific building area type shall apply.

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Table 6-2 Interior Lighting Power for ECBC+ Buildings – Building Area Method

Building Area Type

LPD (W/m²)

Building Area Type

LPD (W/m²)

Office Building

7.60

Motion picture theater

7.50

Hospitals

7.80

Museum

8.20

Hotels

7.60

Post office

8.40

Shopping Mall

11.3

Religious building

9.60

University and Schools

9.00

Sports arena

7.80

Library

9.80

Transportation

7.40

Dining: bar lounge/leisure

9.80

Warehouse

5.70

Dining: cafeteria/fast food

9.20

Performing arts theater

13.0

Dining: family

8.70

Police station

7.90

Dormitory

7.30

Workshop

11.3

Fire station

7.80

Automotive facility

7.20

Gymnasium

8.00

Convention center

10.0

Manufacturing facility

9.60

Parking garage

2.40

In cases where both a general building area type and a specific building area type are listed,

the specific building area type shall apply.

Table 6-3 Interior Lighting Power for SuperECBC Buildings – Building Area Method

Building Area Type

LPD (W/m²)

Building Area Type

LPD (W/m²)

Office Building

5.0

Motion picture theater

4.7

Hospitals

4.9

Museum

5.1

Hotels

4.8

Post office

5.3

Shopping Mall

7.0

Religious building

6.0

University and Schools

6.0

Sports arena

4.9

Library

6.1

Transportation

4.6

Dining: bar lounge/leisure

6.1

Warehouse

3.5

Dining: cafeteria/fast food

5.8

Performing arts theater

8.2

Dining: family

5.5

Police station

5.0

Dormitory

4.6

Workshop

7.1

Fire station

4.9

Automotive facility

4.5

Gymnasium

5.0

Convention center

6.3

Manufacturing facility

6.0

Parking garage

1.5

In cases where both a general building area type and a specific building area type are listed,

the specific building area type shall apply.

6.3.3 Space Function Method :

Determination of interior lighting power allowance (watts) by the space function method

shall be in accordance with the following:

(a) Determine the appropriate building type and the allowed lighting power density from

Table 6-4 for ECBC Buildings, Table 6-5 for ECBC+ Buildings and, Table 6-6 for

SuperECBC Buildings. In cases where both a common space type and building

specific space type are listed, building specific space type LPD shall apply.

(b) For each space, enclosed by partitions 80% or greater than ceiling height, determine

the gross carpet area by measuring to the face of the partition wall. Include the area of

balconies or other projections. Retail spaces do not have to comply with the 80%

partition height requirements.

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all spaces. The lighting power allowance for a space is the product of the gross lighted

carpet area of the space times the allowed lighting power density for that space.

Table 6-4 Interior Lighting Power for ECBC Buildings – Space Function Method

Category

LPD

(W/m²)

Lamp category

LPD

(W/m²)

Common Space Types

Restrooms

3.80

Stairway

2.70

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Storage

3.40

Corridor/Transition

2.30

Conference/ Meeting

5.70

Lobby

4.60

Parking Bays (covered/basement)

1.10

Driveways (covered/basement)

1.50

Electrical/Mechanical

3.50

Workshop

8.60

Business

Enclosed

5.40

Open Plan

5.40

Banking Activity Area

5.80

Service/Repair

3.40

Healthcare

Emergency

11.4

Recovery

4.40

Exam/Treatment

6.80

Storage

2.70

Nurses’ Station

5.00

Laundry/Washing

3.80

Operating Room

10.9

Lounge/Recreation

4.60

Patient Room

3.80

Medical Supply

6.80

Pharmacy

5.30

Nursery

2.90

Physical Therapy

4.90

Corridor/Transition

4.60

Radiology/Imaging

4.60

Hospitality

Hotel Dining

4.60

Hotel Lobby

5.50

Sales Area

9.20

For food preparation

7.50

Motion Picture Theatre

6.50

Bar Lounge/ Dining

7.00

For Bar Lounge/ Dining

7.00

Motel Dining

4.60

For food preparation

7.50

Motel Guest Rooms

3.80

Hotel Guest Rooms

4.60

Shopping Complex

Mall Concourse

6.40

For Family Dining

5.50

Educational

Classroom/Lecture

6.80

Card File and Cataloguing

4.60

For Classrooms

6.90

Stacks (Library)

9.20

Laboratory

7.50

Reading Area (Library)

5.70

Assembly

Dressing Room

4.60

Seating Area-Performing Arts Theatre

11.3

Exhibit Space–Convention Centre

7.00

Lobby - Performing Arts Theatre

10.8

Seating Area - Gymnasium

3.40

Seating Area – Convention Centre

3.20

Fitness Area - Gymnasium

3.92

Seating Religious Building

8.20

Museum – General Exhibition

5.65

Playing Area - Gymnasium

6.50

Museum – Restoration

5.50

Note 6-1 Calculating Interior Lighting Power – Space Function Method

A four-story building has retail on the ground floor and offices on the top three floors. Area

is 3,600 m². Space types and their respective areas are mentioned below. Steps for calculating

interior lighting power allowance using the space function method for a ECBC building is

described below.

For each of the space type, corresponding Lighting Power Density (LPD) values for Business and

Shopping complex building type from Table 6-4 are used. Area is multipliedwith the LPD values to

estimate the lighting power allowance for the whole building. It is 40,055.5 W.

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Table 6-7 Space Types, Areas and Corresponding LPDs

Space Function

LPD (W/ m²)

Area (m²)

Lighting Power Allowance

(W)

Office

Office - enclosed

10.0

720

7,200

Office – open plan

10.0

1,485

14,850

Meeting Rooms

11.5

120

1,380

Lobbies

7.1

660

Restrooms

7.7

393

Corridors

7.1

125

887.5

Electrical/

Mechanical

7.1

Staircase

5.5

462

Total

25,931.5 W

Retail

General sales area

18.3

669

12,243

Offices - enclosed

10.0

280

Restrooms

7.7

Corridors

7.1

561

Active Storage

6.8

632

Food preparation

12.1

339

Total

14,124

Building Total

40,055.5 W

6.3.4 Installed Interior Lighting Power :

The installed interior lighting power calculated for compliance with §6.3 shall include all

power used by the luminaires, including lamps, ballasts, current regulators, and control devices

except as specifically exempted in §6.1.

Exception to §6.3.4: If two or more independently operating lighting systems in a space are

controlled to prevent simultaneous user operation, the installed interior lighting power shall be

based solely on the lighting system with the highest power.

6.3.4.1 Luminaire Wattage :

Luminaire efficacy shall be 0.7 or above. Luminaire wattage incorporated into the installed

interior lighting power shall be determined in accordance with the following:

(a) The wattage of incandescent luminaires with medium base sockets and not containing

permanently installed ballasts shall be the maximum labeled wattage of the luminaires.

(b) The wattage of luminaires containing permanently installed ballasts shall be the

operating input wattage of the specified lamp/ballast combination. Operating input

wattage can be either values from manufacturers’ catalogs or values from independent

testing laboratory reports.

be the specified wattage of the luminaires.

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(d) The wattage of lighting track, plug-in busway, and flexible-lighting systems that allow

the addition and/ or relocation of luminaires without altering the wiring of the system

shall be the larger of the specified wattage of the luminaires included in the system or

135 Watt per meter (45 W/ft.). Systems with integral overload protection, such as fuses

or circuit breakers, shall be rated at 100% of the maximum rated load of the limiting

device.

6.3.5 Exterior Lighting Power :

Connected lighting power of exterior lighting applications shall not exceed the lighting

power limits specified in Table 6-7 for ECBC Buildings, Table 6-8 for ECBC+ Buildings and

Table 6-9 for SuperECBC Buildings. Trade-offs between applications are not permitted.

Table 6-8 Exterior Building Lighting Power for ECBC Buildings

Exterior lighting application

Power limits

Building entrance (with canopy)

10 W/m² of canopied area

Building entrance (w/o canopy)

90 W/ linear m of door width

Building exit

60 W/lin m of door width

Building façade

5.0 W/m² of vertical façade area

Emergency signs, ATM kiosks, Security areas façade

1.0 W/m²

Driveways and parking (open/ external)

1.6 W/m²

Pedestrian walkways

2.0 W/m²

Stairways

10.0 W/m²

Landscaping

0.5 W/m²

Outdoor sales area

9.0 W/m²

Table 6-9 Exterior Building Lighting Power for ECBC+ Buildings

Exterior lighting application

Power limits

Building entrance (with canopy)

8.0 W/m² of canopied area

Building entrance (w/o canopy)

72 W/ linear m of door width

Building exit

48 W/lin m of door width

Building façade

4.0 W/m² of vertical façade area

Emergency signs, ATM kiosks, Security areas façade

0.8 W/m²

Driveways and parking (open/ external)

1.3 W/m²

Pedestrian walkways

1.6 W/m²

Stairways

8.0 W/m²

Landscaping

0.4 W/m²

Outdoor sales area

7.2 W/m²

Table 6-10 Exterior Building Lighting Power for SuperECBC Buildings

Exterior lighting application

Power limits

Building entrance (with canopy)

5.0 W/m² of canopied area

Building entrance (w/o canopy)

45 W/ linear m of door width

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Building exit

30 W/lin m of door width

Building façade

2.5 W/m² of vertical façade area

Emergency signs, ATM kiosks, Security areas façade

0.5 W/m²

Driveways and parking (open/ external)

0.8 W/m²

Pedestrian walkways

1.0 W/m²

Stairways

5.0 W/m²

Landscaping

0.25 W/m²

Outdoor sales area

4.5 W/m²

Electrical and Renewable Energy Systems :

7 . 1

General :

All electric and renewable energy equipment and systems shall comply with the mandatory

requirements of §7.2.

7 . 2

Mandatory Requirements

7.2.1 Transformers :

7.2.1.1 Maximum Allowable Power Transformer Losses :

Power transformers of the proper ratings and design must be selected to satisfy the

minimum acceptable efficiency at 50% and full load rating.

Permissible total loss values shall not exceed:

(a) 5% of the maximum total loss values mentioned in IS 1180 for oil type transformers in

voltage class above 11 kV but not more than 22 kV

(b) 7.5% of the maximum total loss values mentioned in above IS 1180 for oil type

transformers in voltage class above 22 kV and up to and including 33 kV

Table 7-1 Dry Type Transformers

Rating

(kVA)

Impedance

(%)

Max. Total Loss (W)

ECBC Building

ECBC+ Building

SuperECBC

Building

50 %

Load

100%

Load

50 %

Load

100%

Load

50 %

Load

100%

Load

4.5

150

480

135

440

120

400

4.5

210

695

190

635

175

595

4.5

380

1,250

340

1,140

300

1,050

100

4.5

520

1,800

475

1,650

435

1,500

160

4.5

770

2,200

670

1,950

570

1,700

200

4.5

890

2,700

780

2,300

670

2,100

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250

4.5

1,050

3,150

980

2,930

920

2,700

315

4.5

1,100

3,275

1,025

3,100

955

2,750

400

4.5

1,300

3,875

1,225

3,450

1,150

3,330

500

4.5

1,600

4,750

1,510

4,300

1,430

4,100

630

4.5

2,000

5,855

1,860

5,300

1,745

4,850

1000

3,000

9,000

2,790

7,700

2,620

7,000

1250

3,600

1,0750

3,300

9,200

3,220

8,400

1600

6.25

4,500

13,500

4,200

11,800

3,970

11,300

2000

6.25

5,400

17,000

5,050

15,000

4,790

14,100

2500

6.25

6,500

20,000

6,150

18,500

5,900

17,500

Total loss values given in above table are applicable for thermal classes E, B and F and have

component of load loss at reference temperature according to Clause 17 of IS. An increase of 7%

on total for thermal class H is allowed.

Table 7-2 Permissible Losses for Oil Type Transformers. Total losses for oil type transformers

shall confirm with Indian Standard IS 1180.

Rating

(kVA)

Impedance

(%)

Max. Total Loss (W)

ECBC Building

ECBC+ Building

SuperECBC Building

50 %

Load

100% Load

50 %

Load

100% Load

50 %

Load

100% Load

4.5

150

480

135

440

120

400

4.5

210

695

190

635

175

595

4.5

380

1250

340

1140

300

1050

100

4.5

520

1800

475

1650

435

1500

160

4.5

770

2200

670

1950

570

1700

200

4.5

890

2700

780

2300

670

2100

250

4.5

1050

3150

980

2930

920

2700

315

4.5

1100

3275

1025

3100

955

2750

400

4.5

1300

3875

1225

3450

1150

3330

500

4.5

1600

4750

1510

4300

1430

4100

630

4.5

2000 5855

1860

5300

1745

4850

1000

3000 9000

2790

7700

2620

7000

1250

3600 10750

3300

9200

3220

8400

1600

6.25

4500 13500

4200

11800

3970

11300

2000

6.25

5400 17000

5050

15000

4790

14100

2500

6.25

6500 20000

6150

18500

5900

17500

Total loss values given in above table are applicable for thermal classes E, B and F and have

component of load loss at reference temperature according to Clause 17 of IS 1180 i.e., average

winding temperature rise as given in Column 2 of Table 8.2 plus 300C. An increase of 7% on total

for thermal class H is allowed.

7.2.1.2 Measurement and Reporting of Transformer Losses :

All measurement of losses shall be carried out by using calibrated digital meters of class 0.5

or better accuracy and certified by the manufacturer. All transformers of capacity of 500 kVA and

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above would be equipped with additional metering class current transformers (CTs) and potential

transformers (PTs) additional to requirements of Utilities so that periodic loss monitoring study

may be carried out.

7.2.1.3 Voltage Drop :

Voltage drop for feeders shall not exceed 2% at design load. Voltage drop for branch circuit

shall not exceed 3% at design load.

7.2.2 Energy Efficient Motors :

Motors shall comply with the following:

(a) Three phase induction motors shall conform to Indian Standard (IS) 12615 and shall

fulfil the following efficiency requirements:

ECBC Buildings shall have motors of IE 2 (high efficiency) class or a higher class

ii.

ECBC+ Buildings shall have IE 3 (premium efficiency) class motors or higher

class

iii. SuperECBC Buildings shall have IE 4 (super premium efficiency) class motors

(b) All permanently wired polyphase motors of 0.375 kW or more serving the building and

expected to operate more than 1,500 hours per year and all permanently wired

polyphase motors of 50kW or more serving the building and expected to operate more

than 500 hour per year, shall have a minimum acceptable nominal full load motor

efficiency not less than levels specified in the latest version of IS 12615.

greater than that of the next listed kW motor.

(d) Motor horsepower ratings shall not exceed 20% of the calculated maximum load being

served.

(e) Motor nameplates shall list the nominal full-load motor efficiencies and the full-load

power factor.

(f) Motor users should insist on proper rewinding practices for any rewound motors. If the

proper rewinding practices cannot be assured, the damaged motor should be replaced

with a new, efficient one rather than suffer the significant efficiency penalty associated

with typical rewind practices. Rewinding practices from BEE guideline for energy

efficient motors shall be followed.

(g) Certificates shall be obtained and kept on record indicating the motor efficiency.

Whenever a motor is rewound, appropriate measures shall be taken so that the core

characteristics of the motor is not lost due to thermal and mechanical stress during

removal of damaged parts. After rewinding, a new efficiency test shall be performed

and a similar record shall be maintained.

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7.2.3 Diesel Generator (DG) Sets :

BEE star rated DG sets shall be used in all compliant buildings. DG sets in buildings greater

than 20,000 m² BUA shall have:

(a) minimum 3 stars rating in ECBC Buildings

(b) minimum 4 stars rating in ECBC+ Buildings

7.2.4 Check-Metering and Monitoring :

(a) Services exceeding 1000 kVA shall have permanently installed electrical metering to

record demand (kVA), energy (kWh), and total power factor. The metering shall also

display current (in each phase and the neutral), voltage (between phases and between

each phase and neutral), and total harmonic distortion (THD) as a percentage of total

current.

(b) Services not exceeding 1000 kVA but over 65 kVA shall have permanently installed

electric metering to record demand (kW), energy (kWh), and total power factor (or

kVARh).

record energy (kWh).

In case of tenant based building, metering should be provided at a location from where each

tenant could attach the services.

Table 7-3 Sub Metering Requirements

120 kVA to 250 kVA

Greater than 250 kVA

Minimum requirement for metering of electrical load

Energy kWh

Required

Demand kVA

Required

Total power factor

Required

Minimum requirement for separation of electrical load

HVAC system and components

Required

Interior and Exterior Lighting *

Not required

Required

Domestic hot water

Not required

Required

Plug loads

Not required

Required

Renewable power source

Required

Mandatory requirement for building type over the requirement stated above

Shopping Complex

Façade lighting

Elevator, escalators,

Business

Data centers

Hospitality

Commercial kitchens

* Hotel guestrooms and hospital in patient areas are exempted from the lighting sub-metering

requirements.

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7.2.5 Power Factor Correction :

All 3 phase shall maintain their power factor at the point of connection as follows:

(a) 0.97 for ECBC Building

(b) 0.98 for ECBC+ building

7.2.6 Power Distribution Systems :

The power cabling shall be sized so that the distribution losses do not exceed

(a) 3% of the total power usage in ECBC Buildings

(b) 2% of the total power usage in ECBC+ Buildings

Record of design calculation for the losses shall be maintained. Load calculation shall be

calculated up to the panel level.

7.2.7 Uninterruptible Power Supply (UPS) :

In all buildings, UPS shall meet or exceed the energy efficiency requirements listed in

Table7-4. Any Standards and Labeling program by BEE shall take precedence over requirements

listed in this section.

Table 7-4 Energy Efficiency Requirements for UPS for ECBC, ECBC+, SuperECBC building

UPS Size

Energy Efficiency Requirements at 100%

Load

kVA< 20

90.2%

20<=kVA <= 100

91.9%

kVA > 100

93.8%

7.2.8 Renewable Energy Systems :

All buildings shall have provisions for installation of renewable energy systems in the

future on rooftops or the site.

7.2.8.1 Renewable Energy Generating Zone (REGZ) :

(a) A dedicated REGZ equivalent to at least 25 % of roof area or area required for

generation of energy equivalent to 1% of total peak demand or connected load of the

building, whichever is less, shall be provided in all buildings.

(b) The REGZ shall be free of any obstructions within its boundaries and from shadows

cast by objects adjacent to the zone

Table 7-5 and Table 7-6 respectively.

Exception to § 7.2.8.1: Projects with solar hot water and/ or solar power generation systems.

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Table 7-5 Minimum Solar Zone Area/Renewable Energy Generating Zone Requirement for ECBC+

Building

Building Type

Minimum Electricity to be Generated in REGZ

All building types except below

Minimum 2% of total electrical load

Star Hotel > 20,000 m²

Resort > 12,500 m²

University > 20,000 m²

Business >20,000 m²

Minimum 3% of total electricity load

Table 7-6 Minimum Solar Zone Area/Renewable Energy Generating Zone Requirement for

SuperECBC Building

Building Type

Minimum Electricity to be Generated in REGZ

All Building types except below

Minimum 4% of total electrical load

Star Hotel > 20,000 m²

Resort > 12,500 m²

University > 20,000 m²

Business >20,000 m²

Minimum 6% of total electrical load

7.2.8.2 Main Electrical Service Panel :

Minimum rating shall be displayed on the main electrical service panel. Space shall be

reserved for the installation of a double pole circuit breaker for a future solar electric installation.

7.2.8.3 Demarcation on Documents :

The following shall be indicated in design and construction documents:

(a) Location for inverters and metering equipment,

(b) Pathway for routing of conduit from the REGZ to the point of interconnection with the

electrical service,

(d) Structural design loads for roof dead and live load.

Definitions, Abbreviations, and Acronyms :

8 . 1

General :

Certain terms, abbreviations, and acronyms are defined in this section for the purposes of

this code. These definitions are applicable to all sections of this code. Terms that are not defined

shall have their ordinarily accepted meanings within the context in which they are used.

8 . 2

Definitions :

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Above grade area (AGA).—AGA is the cumulative floor area of all the floor levels of a

buildingthat are above the ground level. Ground level shall be as defined in building site plan. A

floor level is above grade if one-third of the total external surface area of only the said floor level is

above the ground level.

Accredited independent laboratory.—testing laboratory not affiliated with producer

orconsumer of goods or products tested at the laboratory and accredited by national or international

organizations for technical competence

Addition.—an extension or increase in floor area or height of a building outside of the

existingbuilding envelope.

Air conditioning and condensing units serving computer rooms.—air conditioning

equipmentthat provides cooling by maintaining space temperature and humidity within a narrow

range. Major application is in data centers where dissipating heat generated by equipment takes

precedence over comfort cooling for occupants.

Alteration.—any change, rearrangement, replacement, or addition to a building or its

systemsand equipment; any modification in construction or building equipment.

Area weighted average (AWA) method.—AWA method is based on the concept of

weightedarithmetic mean where instead of each data point contributing equally to the final mean;

each data point contributes more “weight” than others based on the size of the area the said data

point is applicable to. To calculate the area weighted average mean, a summation of each data point

multiplied with its respective area is divided with the total area.

Astronomical time switch.—an automatic time switch that makes an adjustment for

thelength of the day as it varies over the year.

Authority having jurisdiction.—the agency or agent responsible for enforcing this

Standard.

Balancing, air system.—adjusting airflow rates through air distribution system devices,

suchas fans and diffusers, by manually adjusting the position of dampers, splitters vanes, extractors,

etc., or by using automatic control devices, such as constant air volume or variable air volume

boxes.

Balancing,

hydronic

system.—adjusting

water

flow

rates

through

hydronic

distributionsystem devices, such as pumps and coils, by manually adjusting the position valves, or

by using automatic control devices, such as automatic flow control valves.

Ballast.—a device used in conjunction with an electric-discharge lamp to cause the lamp

tostart and operate under proper circuit conditions of voltage, current, waveform, electrode heat,

etc.

Standard Design.—a computer model of a hypothetical building, based on actual

buildingdesign, that fulfils all the mandatory requirements and minimally complies with the

prescriptive requirements of ECBC.

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Boiler.—a self-contained low-pressure appliance for supplying steam or hot water

Building or building complex or complex.—a structure wholly or partially enclosed

within exterior walls, or within exterior and party walls, and a roof, affording shelter to persons,

animals, or property. Building complex means a building or group of buildings constructed in a

contiguous area for business, commercial, institutional, healthcare, hospitality purposes or

assembly buildings under the single ownership of individuals or group of individuals or under the

name of a co-operative group society or on lease and sold as shops or office space or space for

other commercial purposes, having total built-up area equal to or greater than 750 square meters.

Building, base.—includes building structure, building envelope, common areas,

circulationareas, parking, basements, services area, plant room and its supporting areas and, open

project site area.

Building, core and shell.—buildings where the developer or owner will only provide the

basebuilding and its services.

Building, existing.—a building or portion thereof that was previously occupied or

approvedfor occupancy by the authority having jurisdiction.

Building envelope.—the exterior plus the semi-exterior portions of a building. For

thepurposes of determining building envelope requirements, the classifications are defined as

follows:

(a) Building envelope, exterior: the elements of a building that separate conditioned spaces

from the exterior

(b) Building envelope, semi-exterior: the elements of a building that separate conditioned

space from unconditioned space or that enclose semi-heated spaces through which

thermal energy may be transferred to or from the exterior, or to or from unconditioned

spaces, or to or from conditioned spaces

Building grounds lighting.—lighting provided through a building’s electrical service for

parkinglot, site, roadway, pedestrian pathway, loading dock, and security applications

Building material.—any element of the building envelope through which heat flows and

thatheat is included in the component U-factor calculations other than air films and insulation

Built up area (BUA).—sum of the covered areas of all floors of a building, other than the

roof,and areas covered by external walls and parapet on these floors.

24-hour Business Building.—Business building operated and occupied for more than 12

hourson each weekday. Intensity of occupancy may vary.

Cardinal direction.—cardinal directions or cardinal points are the four main directional

pointsof a compass: north, south, east, and west which are also known by the first letters: N,S,E,

and W.

Carpet area.—net area measured between external walls, from the inner faces of walls.

Thickness of internal or partition walls is excluded.

Centralized control.—single hardware/ software for observing and controlling operations

of agroup of equipment and devices with similar or different functions

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Circuit breaker.—a safety device that automatically stops flow of current in electrical

circuits.

It protects the circuit from current surge.

Class of construction.—classification that determines the construction materials for

thebuilding envelope, roof, wall, floor, slab-on-grade floor, opaque door, vertical fenestration,

skylight

Daylight window.—fenestration 2.2 meter above floor level, with an interior light shelf

atbottom of this fenestration

Coefficient of Performance (COP)–cooling.—the ratio of the rate of heat removal to the

rateof energy input, in consistent units, for a complete refrigerating system or some specific portion

of that system under designated operating conditions

Coefficient of Performance (COP)–heating.—the ratio of the rate of heat delivered to

therate of energy input, in consistent units, for a complete heat pump system, including the

compressor and, if applicable, auxiliary heat, under designated operating conditions

Common area.—areas within a building that are available for use by all tenants in a

building(i.e. lobbies, corridors, restrooms, etc.)

Commercial building.—a building or a part of building or building complex which are

used orintended to be used for commercial purposes and classified as per the time of the day the

building is operational and sub classified, as per the functional requirements of its design,

construction, and use as per following details:

(a) Group I – 24 hours building covering Type A Hospitality, Type B Health Care and

Type C Assembly and,

(b) Group II – Regular building covering Type D Business, Type E Educational and Type

F Shopping Complexes.

Compliance documents.—the forms specified in ECBC Rules and Regulations to record

andcheck compliance with these rules. These include but are not limited to EPI Ratio Compliance

Report, Building Envelope Compliance Form, Mechanical Systems Compliance Form and Permit

Checklist, Lighting System Compliance Form and Permit Checklist and certificates from Certified

Energy Auditor for existing or proposed buildings.

Connected load:.—the sum of the rated wattage of all equipment, appliances and devices

tobe installed in the building or part of building or building complexes, in terms of kilowatt (kW)

that will be allocated to all applicants for electric power consumption in respect of the proposed

building or building complexes on their completion.

Contract demand.—the maximum demand in kilowatt (kW) or kilo Volt Ampere (kVA)

(withina consumer’s sanctioned load) agreed to be supplied by the electricity provider or utility in

the agreement executed between the user and the utility or electricity provider.

Construction documents.—drawings or documents, containing information pertaining

tobuilding construction processes and approvals, building materials and equipment specification,

architectural details etc. required by the authority having jurisdiction.

Controls or control device.—manually operated or automatic device or software to

regulatethe operation of building equipment

3428

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onweekd

achange

facilitydu

automati

served by

atdesign

temperat

under wh

anddistri

or heated

buildinge

purposes

doorslab

t Extension

is to be

glazing

Daytime Bu

days upto 12

Deadband.—

in the contr

Demand.—m

uring a sele

Demand co

icreduction

y the system

Design cap

conditions

Design

ture,humidit

hich the sys

Distribution

ibution chan

d water or a

Door.—all

envelope, in

s of determi

a) Door, n

b) Door, s

revolvin

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and the fra

jkti=] fg

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VLT, shad

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2 hours each

—the range

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maximum

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ontrol ven

of outdoor

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ty and light

tem must op

n system.—

nnels (cable

air in buildin

operable o

ncluding sw

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non-swingin

swinging: a

ng doors.

—total area

ame.

fgekpy izns'k

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of values w

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rate of ele

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3429

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

Economizer, air.—a duct and damper arrangement with automatic controls that allow

acooling system to supply outdoor air to reduce or eliminate the need for mechanical cooling

during mild or cold weather

Economizer, water—a system by which the supply air of a cooling system is cooled

indirectlywith water that is itself cooled by heat or mass transfer to the environment without the use

of mechanical cooling

ECBC Building.—a building that complies with the mandatory requirements of §4 to §7

andalso complies either with the prescriptive requirements stated under the ECBC Building

categories of §4 to §7, or, with the whole building performance compliance method of §9.

ECBC+ Building.—a building that complies with the mandatory requirements of §4 to §7

andalso complies either with the prescriptive requirements stated under the ECBC+ Building

categories of §4 to §7, or, with the whole building performance compliance method of §9. This is a

voluntary level of compliance with ECBC.

Effective aperture—Visible Light Transmittance x window-to-wall Ratio. (EA = VLT x

WWR)

Effective aperture, horizontal fenestration.—a measure of the amount of daylight that

entersa space through horizontal fenestration (skylights). It is the ratio of the skylight area times the

visible light transmission divided by the gross roof area above the daylight area. See also daylight

area.

Effective aperture, vertical fenestration.—a measure of the amount of daylight that enters

aspace through vertical fenestration. It is the ratio of the daylight window area times its visible light

transmission plus half the vision glass area times its visible light transmission and the sum is

divided by the gross wall area. Daylight window area is located 2.2 m or more above the floor and

vision window area is located above 1 m but below 2.2 m. The window area, for the purposes of

determining effective aperture shall not include windows located in light wells when the angle of

obstruction ( ) of objects obscuring the sky dome is greater than 70^o, measured from the horizontal,

nor shall it include window area located below a height of 1 m. See also daylight area.

3430

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3431

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

Equipment, existing.—equipment previously installed in an existing building

Equivalent SHGC.—SHGC for a fenestration with a permanent external shading

projection. Itis calculated using the Projection Factor (PF) of the permanent external shading

projection and Shading Equivalent Factor (SEF) listed in §4.3.1.

Exemption.—any exception allowed to compliance with ECBC requirements

Fan system power.—sum of the nominal power demand (nameplate W or HP) of motors of

allfans that are required to operate at design conditions to supply air from the heating or cooling

source to the conditioned space(s) and return it to the point where is can be exhausted to outside the

building.

Fenestration.—all areas (including the frames) in the building envelope that let in

light,including windows, plastic panels, clerestories, skylights, glass doors that are more than one-

half glass, and glass block walls.

(a) Skylight: a fenestration surface having a slope of less than 60 degrees from the

horizontal plane. Other fenestration, even if mounted on the roof of a building, is

considered vertical fenestration.

(b) Vertical fenestration: all fenestration other than skylights. Trombe wall assemblies,

where glazing is installed within 300 mm of a mass wall, are considered walls, not

fenestration.

Fenestration area.—total area of the fenestration measured using the rough opening

andincluding the glazing, sash, and frame. For doors where the glazed vision area is less than 50%

of the door area, the fenestration area is the glazed vision area. For all other doors, the fenestration

area is the door area.

Finished floor level.—level of floor achieved after finishing materials have been added to

thesubfloor or rough floor or concrete floor slab.

Fossil fuel.—fuel derived from a hydrocarbon deposit such as petroleum, coal, or natural

gasderived from living matter of a previous geologic time

Fuel.—a material that may be used to produce heat or generate power by combustion

Fuel utilization efficiency (FUE).—a thermal efficiency measure of combustion equipment

likefurnaces, boilers, and water heaters

Gathering hall (Type of Assembly).—any building, its lobbies, rooms and other

spacesconnected thereto, primarily intended for assembly of people, but which has no theatrical

stage or permanent theatrical and/or cinematographic accessories and has gathering space for

greater or equal to 100 persons, for example, stand-alone dance halls, stand-alone night clubs, halls

for incidental picture shows, dramatic, theatrical or educational presentation, lectures or other

similar purposes having no theatrical stage except a raised platform and used without permanent

seating arrangement; art galleries, community halls, marriage halls, places of worship, museums,

3432

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stand-alone lecture halls, passenger terminals and heritage and archeological monuments, pool and

billiard parlors, bowling alleys, community halls, courtrooms, gymnasiums, indoor swimming

pools, indoor tennis court, any indoor stadium for sports and culture, auditoriums

Grade.—finished ground level adjoining a building at all exterior walls

Guest room.—any room or rooms used or intended to be used by a guest for

sleepingpurposes.

Habitable spaces.—space in a building or structure intended or used for working,

meeting,living, sleeping, eating, or cooking. Bathrooms, water closet compartments, closets, halls,

storage or utility space, and similar areas are not considered habitable spaces.

Heat capacity.—amount of heat necessary to raise the temperature of a given mass by

1°C.Numerically, the heat capacity per unit area of surface (W/m².K) is the sum of the products of

the mass per unit area of each individual material in the roof, wall, or floor surface multiplied by its

individual specific heat.

Hospitals and sanatoria (Healthcare).—Any building or a group of buildings under

singlemanagement, which is used for housing persons suffering from physical limitations because

of health or age and those incapable of self-preservation, for example, any hospitals, infirmaries,

sanatoria and nursing homes.

HVAC system.—equipment, distribution systems, and terminal devices that provide,

eithercollectively or individually, the processes of heating, ventilating, or air conditioning to a

building or parts of a building.

Hyper Markets (Type F of Shopping Complex).—large retail establishments that are

acombination of supermarket and department stores. They are considered as a one-stop shop for all

needs of the customer.

Infiltration.—uncontrolled inward air leakage through cracks and crevices in external

surfacesof buildings, around windows and doors due to pressure differences across these caused by

factors such as wind or indoor and outside temperature differences (stack effect), and imbalance

between supply and exhaust air systems

Installed interior lighting power.—power in watts of all permanently installed general,

task,and furniture lighting systems and luminaires

Integrated part-load value (IPLV).—weighted average efficiency of chillers measured

whenthey are operating at part load conditions (less than design or 100% conditions). It is more

realistic measurement of chiller efficiency during its operational life.

Kilovolt-ampere (kVA).—where the term “kilovolt-ampere” (kVA) is used in thisCode, it

is theproduct of the line current (amperes) times the nominal system voltage (kilovolts) times 1.732

for three-phase currents. For single-phase applications, kVA is the product of the line current

(amperes) times the nominal system voltage (kilovolts).

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jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

Kilowatt (kW).—the basic unit of electric power, equal to 1000 W.

Labeled.—equipment or materials to which a symbol or other identifying mark has

beenattached by the manufacturer indicating compliance with specified standard or performance in

a specified manner.

Lamp.—a generic term for man-madelight source often called bulb or tube

Lighted floor area, gross.—gross area of lighted floor spaces

Lighting, emergency.—battery backed lighting that provides illumination only when there

is apower outage and general lighting luminaries are unable to function.

Lighting, general.—lighting that provides a substantially uniform level of illumination

throughout an area. General lighting shall not include decorative lighting or lighting that provides a

dissimilar level of illumination to serve a specialized application or feature within such area.

Lighting system.—a group of luminaires circuited or controlled to perform a specific

function.

Lighting power allowance:

(a) Interior lighting power allowance: the maximum lighting power in watts allowed for

the interior of a building

(b) Exterior lighting power allowance: the maximum lighting power in watts allowed for

the exterior of a building

Lighting Power Density (LPD).—maximum lighting power per unit area of a space as per

itsfunction or building as per its classification.

Low energy comfort systems.—space conditioning or ventilation systems that are less

energyintensive then vapor compression based space condition systems. These primarily employ

alternate heat transfer methods or materials (adiabatic cooling, radiation, desiccant, etc.), or

renewable sources of energy (solar energy, geo-thermal) so that minimal electrical energy input is

required to deliver heating or cooling to spaces.

Luminaires.—a complete lighting unit consisting of a lamp or lamps together with the

housingdesigned to distribute the light, position and protect the lamps, and connect the lamps to the

power supply.

Luminous Efficacy (LE).—total luminous flux (visible light) emitted from a lamp

orlamp/ballast combination divided by input power, expressed in lumens per Watt.

Man-made daylight obstruction.—any permanent man-made object (equipment,

adjacentbuilding) that obstructs sunlight or solar radiation from falling on a portion or whole of a

building’s external surface at any point of time during a year is called as a man-made sunlight

obstructer.

3434

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

Manual (non-automatic).—requiring personal intervention for control. Non-automatic

doesnot necessarily imply a manual controller, only that personal intervention is necessary.

Manufacturing processes.—processes through which raw material is converted into

finishedgoods for commercial sale using machines, labor, chemical or biological processes, etc.

Manufacturer.—company or person or group of persons who produce and assemble goods

orpurchases goods manufactured by a third party in accordance with their specifications.

Mean temperature.—average of the minimum daily temperature and maximum

dailytemperature.

Mechanical cooling.—reducing the temperature of a gas or liquid by using

vaporcompression, absorption, and desiccant dehumidification combined with evaporative cooling,

or another energy-driven thermodynamic cycle. Indirect or direct evaporative cooling alone is not

considered mechanical cooling.

Metering.—practice of installing meters in buildings to acquire data for energy

consumptionand other operational characteristics of individual equipment or several equipment

grouped on basis of their function (lighting, appliances, chillers, etc.). Metering is done in buildings

to monitor their energy performance.

Mixed mode air-conditioned building.—building in which natural ventilation is employed

asthe primary mode of ventilating the building, and air conditioning is deployed as and when

required.

Mixed use development.—a single building or a group of buildings used for a combination

ofresidential, commercial, business, educational, hospitality and assembly purposes

National Building Code 2016 (NBC).—model building code that provides guidelines for

designand construction of buildings. In this code, National Building Code 2016 refers to the latest

version by the Bureau of Indian Standards.

Natural daylight obstruction.—any natural object, like tree, hill, etc., that obstructs

sunlightfrom falling on part or whole of a building’s external surface at any point of time during a

year and casts a shadow on the building surface.

Naturally ventilated building.—a building that does not use mechanical equipment to

supplyair to and exhaust air from indoor spaces. It is primarily ventilated by drawing and expelling

air through operable openings in the building envelope.

Non-cardinal directions.—any direction which is not a cardinal direction, i.e. perfect

north, south, east, or west, is termed as non-cardinal direction.

No Star hotel (Type of Hospitality).—any building or group of buildings under the

samemanagement, in which separate sleeping accommodation on commercial basis, with or

without dining facilities or cooking facilities, is provided for individuals. This includes lodging

rooms, inns, clubs, motels, no star hotel and guest houses and excludes residential apartments

rented on a lease agreement of 4 months or more. These shall also include any building in which

3435

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group sleeping accommodation is provided, with or without dining facilities for persons who are

not members of the same family, in one room or a series of adjoining rooms under joint occupancy

and single management, for example, school and college dormitories, students, and other hostels

and military barracks.

Occupant sensor.—a device that detects the presence or absence of people within an

areaand causes lighting, equipment, or appliances to be dimmed, or switched on or off accordingly.

Opaque assembly or opaque construction.—surface of the building roof or walls other

thanfenestration and building service openings such as vents and grills.

Opaque external wall.—external wall composed of materials which are not transparent

ortranslucent, usually contains the structural part of the building, and supports the glazed façade.

This type may be composed of one or more materials, and can accommodate various physical

processes at a time, as the insulation and thermal inertia.

Open Gallery Mall (Type of Shopping Complex).—a large retail complex containing a

varietyof stores and often restaurants and other business establishments housed in a series of

connected or adjacent buildings or in a single large building. The circulation area and atrium of the

open gallery mall is an unconditioned space and is open to sky.

Orientation.—the direction a building facade faces, i.e., the direction of a

vectorperpendicular to and pointing away from the surface of the facade. For vertical fenestration,

the two categories are north-oriented and all other.

Outdoor (outside) air.—air taken from the outside the building and has not been

previouslycirculated through the building.

Out-patient Healthcare (Type of Healthcare).—any building or a group of buildings

undersingle management, which is used only for treating persons requiring treatment or diagnosis

of disease but not requiring overnight or longer accommodation in the building during treatment or

diagnosis.

Overcurrent.—any current in excess of the rated current of the equipment of the ampacity

ofthe conductor. It may result from overload, short circuit, or ground fault.

Owner.—a person, group of persons, company, trust, institute, Registered Body, state

orcentral Government and its attached or sub-ordinate departments, undertakings and like agencies

or organization in whose name the property stands registered in the revenue records for the

construction of a building or building complex.

Party wall.—a firewall on an interior lot line used or adapted for joint service between

twobuildings.

Permanently installed.—equipment that is fixed in place and is not portable or movable.

Plenum.—a compartment or chamber to which one or more ducts are connected, that

formsa part of the air distribution system, and that is not used for occupancy or storage.

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Plug loads.—energy used by products that are powered by means of an AC plug. This

termexcludes building energy that is attributed to major end uses specified in § 5, § 6, § 7 (like

HVAC, lighting, water heating, etc.).

Pool.—any structure, basin, or tank containing an artificial body of water for

swimming,diving, or recreational bathing. The terms include, but no limited to, swimming pool,

whirlpool, spa, hot tub.

Potential daylit time.—amount of time in a day when there is daylight to light a

spaceadequately without using artificial lighting. Potential daylit time is fixed for 8 hours per day

i.e. from 09:00 AM to 5:00 PM local time, resulting 2920 hours in total for all building types

except for Type E-1 - Educational, which shall be analyzed for 7 hours per day i.e. from 08:00 AM

to 3:00 PM local time.

Primary inter-cardinal direction.—any of the four points of the compass, midway

betweenthe cardinal points; northeast, southeast, southwest, or northwest are called primary inter-

cardinal direction.

Process load.—building loads resulting from the consumption or release of energy due

toindustrial processes or processes other than those for providing space conditioning, lighting,

ventilation, or service hot water heating.

Projection factor, overhang.—the ratio of the horizontal depth of the external

shadingprojection to the sum of the height of the fenestration and the distance from the top of the

fenestration to the bottom of the farthest point of the external shading projection, in consistent

units.

Projection factor, side fin.—the ratio of the horizontal depth of the external

shadingprojection to the distance from the window jamb to the farthest point of the external

shading projection, in consistent units.

Projection Factor, overhang and side fin.—average of ratio projection factor for

overhangonly and projection factor of side fin only.

Proposed Building.—is consistent with the actual design of the building and complies with

allthe mandatory requirements of ECBC.

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jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

Proposed Design.—a computer model of the proposed building, consistent with its

actualdesign, which complies with all the mandatory requirements of ECBC.

R-value (thermal resistance).—the reciprocal of the time rate of heat flow through a unit

areainduced by a unit temperature difference between two defined surfaces of material or

construction under steady-state conditions. Units of R value are m².K /W.

Readily accessible.—capable of being reached quickly for operation, renewal, or

inspectionswithout requiring those to whom ready access is requisite to climb over or remove

obstacles or to resort to portable ladders, chairs, etc. In public facilities, accessibility may be

limited to certified personnel through locking covers or by placing equipment in locked rooms.

Recirculating system.—a domestic or service hot water distribution system that includes

aclose circulation circuit designed to maintain usage temperatures in hot water pipes near terminal

devices (e.g., lavatory faucets, shower heads) in order to reduce the time required to obtain hot

water when the terminal device valve is opened. The motive force for circulation is either natural

(due to water density variations with temperature) or mechanical (recirculation pump).

Reflectance.—ratio of the light or radiation reflected by a surface to the light or

radiationincident upon it.

Renewable Energy Generating Zone.—a contiguous or semi-contiguous area, either

onrooftop or elsewhere within site boundary, dedicated for installation of renewable energy

systems.

Resort (Type of Hospitality).—commercial establishments that provide relaxation

andrecreation over and above the accommodation, meals and other basic amnesties. The

characteristics of resort are as below –

Includes 1 or more recreation(s) facility like spa, swimming pool, or any sport;

ii.

Is located in the midst of natural and picturesque surroundings outside the city;

iii. Comprises of 2 or more blocks of buildings within the same site less than or equal to 3

floors (including the ground floor).

Reset.—automatic adjustment of the controller set point to a higher or lower value.

Roof.—the upper portion of the building envelope, including opaque areas and

fenestration,that is horizontal or tilted at an angle of less than 60° from horizontal. This includes

podium roof as well which are exposed to direct sun rays.

Roof area, gross.—the area of the roof measured from the exterior faces of walls or from

thecenterline of party walls

Selectivity ratio of a glass.—ratio between light transmission and solar factor of glass.

3438

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

Service.—the equipment for delivering energy from the supply or distribution system to

thepremises served.

Service water heating equipment.—equipment for heating water for domestic or

commercialpurposes other than space heating and process requirements.

Set point.—the desired temperature (°C) of the heated or cooled space that must

bemaintained by mechanical heating or cooling equipment.

Shading Coefficient (SC).—measure of thermal performance of glazing. It is the ratio of

solarheat gain through glazing due to solar radiation at normal incidence to that occurring through 3

mm thick clear, double-strength glass. Shading coefficient, as used herein, does not include interior,

exterior, or integral shading devices.

Shading Equivalent Factor.—coefficient for calculating effective SHGC of fenestrations

shadedby overhangs or side fins.

Shopping Mall (Shopping Complex).—a large retail complex containing a variety of

stores andoften restaurants and other business establishments housed in a series of connected or

adjacent buildings or in a single large building. The circulation area and atrium of the mall is an

enclosed space covered completely by a permanent or temporary structure.

Simulation program.—software in which virtual building models can be developed

tosimulate the energy performance of building systems.

Single-zone system.—an HVAC system serving a single HVAC zone.

Site-recovered energy.—waste energy recovered at the building site that is used to

offsetconsumption of purchased fuel or electrical energy supplies.

Slab-on-grade floor.—floor slab of the building that is in contact with ground and that

iseither above grade or is less than or equal to 300 mm below the final elevation of the nearest

exterior grade.

Soft water.—water that is free from dissolved salts of metals such as calcium, iron,

ormagnesium, which form insoluble deposits on surfaces. These deposits appear as scale in boilers

or soap curds in bathtubs and laundry equipment.

Solar energy source.—source of thermal, chemical, or electrical energy derived from

directionconversion of incident solar radiation at the building site.

Solar Heat Gain Coefficient (SHGC).—the ratio of the solar heat gain entering the

spacethrough the fenestration area to the incident solar radiation. Solar heat gain includes directly

transmitted solar heat and absorbed solar radiation, which is then reradiated, conducted, or

convected into the space.

Space.—an enclosed area within a building. The classifications of spaces are as follows

forpurpose of determining building envelope requirements:

(a) Conditioned space: a cooled space, heated space, or directly conditioned space.

3439

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(b) Semi-heated space: an enclosed space within a building that is heated by a heating

system whose output capacity is greater or equal to 10.7 W/m² but is not a conditioned

space.

space or a semi-heated space. Crawlspaces, attics, and parking garages with natural or

mechanical ventilation are not considered enclosed spaces.

Star Hotels/motels (Star Hotel).—any building or group of buildings under

singlemanagement and accredited as a starred hotel by the Hotel and Restaurant Approval and

Classification Committee, Ministry of Tourism, in which sleeping accommodation, with or without

dining facilities is provided.

Stand-alone Retail (Shopping Complex).—a large retail store owned or sublet to a

singlemanagement which may offer customers a variety of products under self-branding or

products of different brands. The single management shall have a complete ownership of allthe

spaces of the building and no space within the building is further sold or sublet to a different

management.

Standard Building.—a building that minimally complies with all the mandatory

andprescriptive requirements of Energy Conservation Building Code and has same floor area, gross

wall area, and gross roof area of the Proposed Building.

Standard Design.—a computer model of a hypothetical building, based on actual

buildingdesign, that fulfils all the mandatory requirements and minimally complies with the

prescriptive requirements of ECBC, as described in the Whole Building Performance method.

Story.—portion of a building that is between one finished floor level and the next

higherfinished floor level or building roof. Basement and cellar shall not be considered a story.

Summer Solar Insolation.—measure of solar radiation energy received on a given

surfacearea from the month of March to October within the same calendar year. Units of

measurement are watts per square meter (W/m²) or kilowatt-hours per square meter per day

(kW•h/(m²•day)) (or hours/day).

SuperECBC Building.—a building that complies with the mandatory requirements of §4 to

§7and also complies either with the prescriptive requirements stated under the SuperECBC

Building categories of §4 to §7, or, with the whole building performance compliance method of §9.

This is a voluntary level of compliance with ECBC.

Super Market (Shopping Complex).—supermarkets are large self-service grocery stores

thatoffer customers a variety of foods and household supplies. The merchandise is organized into

an organized aisle format, where each aisle has only similar goods placed together.

System.—a

combination

equipment

and

auxiliary

devices

(e.g.,

controls,

accessories,interconnecting means, and terminal elements) by which energy is transformed so it

performs a specific function such as HVAC, service water heating, or lighting.

System Efficiency.—the system efficiency is the ratio of annual kWh electricity

consumptionof equipment of water cooled chilled water plant (i.e. chillers, chilled and condenser

water pumps, cooling tower) to chiller thermal kWh used in a building.

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System, existing.—a system or systems previously installed in an existing building.

Tenant lease agreement.—The formal legal document entered into between a Landlord

and aTenant to reflect the terms of the negotiations between them; that is, the lease terms have been

negotiated and agreed upon, and the agreement has been reduced to writing. It constitutes the entire

agreement between the parties and sets forth their basic legal rights.

Tenant leased area.—area of a building that is leased to tenant(s) as per the tenant

leaseagreement.

Terminal device.—a device through which heated or cooled air is supplied to a space

tomaintain its temperature. It usually contains dampers and heating and cooling coils. Or a device

by which energy form a system is finally delivered, e.g., registers, diffusers, lighting fixtures,

faucets, etc.

Theater or motion picture hall (Type of Assembly).—any building primarily meant

fortheatrical or operatic performances and which has a stage, proscenium curtain, fixed or portable

scenery or scenery loft, lights, mechanical appliances or other theatrical accessories and equipment

for example, theaters, motion picture houses, auditoria, concert halls, television and radio studios

admitting an audience and which are provided with fixed seats.

Thermal block.—a collection of one or more HVAC zones grouped together for

simulationpurposes. Spaces need not be contiguous to be combined within a single thermal block.

Thermal

comfort

conditions.—conditions

that

influence

thermal

comfort

occupants.Environmental conditions that influence thermal comfort air and radiant temperature,

humidity, and air speed.

Thermostat.—device

containing

temperature

sensor

used

automatically

maintaintemperature at a desirable fixed or adjustable set point in a space.

Tinted.—(as applied to fenestration) bronze, green, or grey coloring that is integral with

theglazing material. Tinting does not include surface applied films such as reflective coatings,

applied either in the field or during the manufacturing process.

Transformer.—a piece of electrical equipment used to convert electric power from

onevoltage to another voltage.

Transformer losses.—electrical losses in a transformer that reduces its efficiency.

Transport Buildings (Assembly).—any building or structure used for the purpose

oftransportation and transit like airports, railway stations, bus stations, and underground and

elevated mass rapid transit system example, underground or elevated railways.

Unconditioned buildings.—building in which more than 90% of spaces are

unconditionedspaces.

Unconditioned space.—mechanically or naturally ventilated space that is not cooled

orheated by mechanical equipment.

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Universities and all others coaching/training institutions (Educational).—a building or

agroup of buildings, under single management, used for imparting education to students numbering

more than 100 or public or private training institution built to provide training/coaching etc.

Useful Daylight Illuminance.—percentage of annual daytime hours that a given point on

awork plane height of 0.8 m above finished floor level receives daylight between 100 lux to 2,000

lux.

U-factor (Thermal Transmittance).—heat transmission in unit time through unit area of

amaterial or construction and the boundary air films, induced by unit temperature difference

between the environments on each side. Unit of U value is W/m².K.

Variable Air Volume (VAV) system.—HVAC system that controls the dry-bulb

temperaturewithin a space by varying the volumetric flow of heated or cooled air supplied to the

space

Vegetative roofs.—also known as green roofs, they are thin layers of living

vegetationinstalled on top of conventional flat or sloping roofs.

Ventilation.—the process of supplying or removing air by natural or mechanical means to

orfrom any space. Such air is not required to have been conditioned.

Vision Windows.—windows or area of large windows that are primarily for both daylight

andexterior views. Typically, their placement in the wall is between 1 meter and 2.2 meter above

the floor level.

Wall.—that portion of the building envelope, including opaque area and fenestration, that

isvertical or tilted at an angle of 60° from horizontal or greater. This includes above- and below-

grade walls, between floor spandrels, peripheral edges of floors, and foundation walls.

(a) Wall, above grade: a wall that is not below grade

(b) Wall, below grade: that portion of a wall in the building envelope that is entirely below

the finish grade and in contact with the ground

Wall area, gross.—the overall area off a wall including openings such as windows and

doorsmeasured horizontally from outside surface to outside service and measured vertically from

the top of the floor to the top of the roof. If roof insulation is installed at the ceiling level rather than

the roof, then the vertical measurement is made to the top of the ceiling. The gross wall area

includes the area between the ceiling and the floor for multi-story buildings

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8 . 4 Abbreviations and Acronyms :

AFUE

Annual fuel utilization efficiency

AHRI

Air-conditioning, Heating and Refrigeration Institute

ANSI

American National Standards Institute

ARI

Air-Conditioning and Refrigeration Institute

ASHR

American Society of Heating, Refrigerating and Air-Conditioning

Engineers

ASTM

American Society for Testing and Materials

BIS

Bureau of Indian Standards

Btu

British thermal unit

Btu/h

British thermal units per hour

Btu/h-ft²-°F

British thermal units per hour per square foot per degree Fahrenheit

BUA

Built up area

Celsius

cmh

cubic meter per hour

centimeter

COP

coefficient of performance

DEF

daylight extent factor

EER

energy efficiency ratio

EPI

energy performance index

Fahrenheit

foot

hour

h-ft²-°F/Btu

hour per square foot per degree Fahrenheit per British thermal unit

h-m²-°C/W

hour per square meter per degree Celsius per Watt

horsepower

HVAC

heating, ventilation, and air conditioning

I-P

inch-pound

in.

inch

IPLV

integrated part-load value

Indian Standard

ISO

International Organization for Standardization

kVA

kilovolt-ampere

Kilowatt of electricity

kWr

kilowatt of refrigeration

kWh

kilowatt-hour

l/s

liter per second

luminous efficacy

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lin

linear

lin ft

linear foot

lin m

linear meter

lumens

Lm/W

lumens per watt

LPD

lighting power density

meter

millimeter

square meter

m2.K/

square meter Kelvin per watt

NBC

National Building Code 2016

pascal

projection factor

R-value (thermal resistance)

shading coefficient

SEF

Shading equivalent factor

SHGC

solar heat gain coefficient

tons of refrigeration

UPS

uninterruptible power supply

VAV

variable air volume

VLT

visible light transmission

watt

W/ l-s-

watt per litre per second

W/m2

watts per square meter

W/m2.

watts per square meter per Kelvin

W/m2

watts per hour per square meter

W/m.

watts per lineal meter per Kelvin

Watthour

9. Whole Building Performance Method :

9 . 1

General :

9.1.1 Scope :

The Whole Building Performance Method is an alternative to the Prescriptive Method

compliance path contained in §4 through §7 of this Code. It applies to all building types covered by

the Code as mentioned in §2.5.

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9.1.2 Compliance :

A building complies with the Code using the Whole Building Performance (WBP) Method,

when the estimated EPI Ratio is equal to or less than 1, even though it may not comply with the

specific provisions of the prescriptive requirements in §4 trough §7. The mandatory requirements

of §4 through §7 (§4.2, §5.2, §6.2, and §7.2) shall be met when using the WBP Method.

9.1.3 Annual Energy Use :

Annual energy use for the purposes of the WBP Method shall be calculated in kilowatt-

hours (kWh) of electricity use per year per unit area. Energy sources other than electricity that are

used in the building shall be converted to kWh of electric energy at the rate of 0.75 kWh per

megajoule.

Note.—The annual energy use calculation as per the Whole Building Performance Method isnot a

prediction of the actual energy use of the building once it gets operational. Actual energy

performance of a building depends on a number of factors like weather, occupant behaviour,

equipment performance and maintenance, among others, which are not covered by this Code.

9.1.4 Trade-offs Limited to Building Permit :

The WBP Method may be used for building permit applications that include less than the

whole building; however, any design parameters that are not part of the building permit application

shall be identical for both the Proposed Design and the Standard Design. Future improvements to

the building shall comply with both the mandatory and prescriptive requirements of concurrent

code.

9.1.5 Documentation Requirements :

Compliance shall be documented and compliance forms shall be submitted to the authority

having jurisdiction. The information submitted shall include, at a minimum, the following:

(a) Summary describing the results of the analysis, including the annual energy use for the

Proposed Design and the Standard Design, and software used.

(b) Brief description of the project with location, number of stories, space types,

conditioned and unconditioned areas, hours of operation.

document features different from the Standard Design.

(d) List showing compliance with the mandatory requirements of this code.

(e) The input and output report(s) from the simulation program including a breakdown of

energy usage by at least the following components: lights, internal equipment loads,

service water heating equipment, space heating equipment, space cooling and heat

rejection equipment, fans, and other HVAC equipment (such as pumps). The output

reports shall also show the number of hours any loads are not met by the HVAC

system for both the Proposed Design and Standard Design.

(f) Explanation of any significant modelling assumptions made.

(g) Explanation of any error messages noted in the simulation program output.

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(h) Building floor plans, building elevations, and site plan.

9 . 2

Mandatory Requirements :

All requirements of §4.2, §5.2, §6.2, and §7.2 shall be met. These sections contain the mandatory

provisions of the Code and are prerequisites for demonstrating compliance using the WBP Method.

9 . 3

Simulation Requirements :

9.3.1 Energy Simulation Program :

The simulation software shall be a computer-based program for the analysis of energy

consumption in buildings and be approved by the authority having jurisdiction. The simulation

program shall, at a minimum, have the ability to model the following:

(a) Energy flows on an hourly basis for all 8,760 hours of the year,

(b) Hourly variations in occupancy, lighting power, miscellaneous equipment power,

thermostat set points, and HVAC system operation, defined separately for each day of

the week and holidays,

(d) Ten or more thermal zones,

(e) Part-load and temperature dependent performance of heating and cooling equipment,

(f) Air-side and water-side economizers with integrated control.

In addition to the above, the simulation tool shall be able to produce hourly reports of

energy use by energy source and shall have the capability to performing design load calculations to

determine required HVAC equipment capacities, air, and water flow rates in accordance with §5 for

both the proposed and Standard building designs.

The simulation program shall be tested according to ASHRAE Standard 140 Method of

Test for the Evaluation of Building Energy Analysis Computer Programs (ANSI approved) and the

results shall be furnished by the software provider.

9.3.2 Climate Data :

The simulation program shall use hourly values of climatic data, such as temperature and

humidity, from representative climatic data for the city in which the Proposed Design is to be

located. For cities or urban regions with several climate data entries, and for locations where

weather data are not available, the designer shall select available weather data that best represent

the climate at the construction site.

9.3.3 Compliance Calculations :

The Proposed Design and Standard Design shall be calculated using the following:

(a) Same simulation program,

(b) Same weather data, and

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and occupant loads, etc.) unless an exception is allowed by this Code or the authority

having jurisdiction for a given category.

9 . 4 Calculation Energy Consumption of Proposed Design and Standard Design :

9.4.1 Energy Simulation Model :

The simulation model for calculating the Proposed Design and the Standard Design shall be

developed in accordance with the requirements in Table 9-1. The Standard Design is based on the

mandatory and prescriptive requirements of the ECBC compliant building. The Standard Design

will be the same for all compliance levels (ECBC, ECBC+, Super ECBC).

9.4.2 HVAC Systems :

The HVAC system type and related performance parameters for the Standard Design shall

be determined from Table 9-2 and the following rules:

(a) Other components: Components and parameters not listed in Table 9-2 or otherwise

specifically addressed in this subsection shall be identical to those in the Proposed

Design.

Exception to § 9.4.2(a): Where there are specific requirements in §5.2.2, the component

efficiency in the Standard Design shall be adjusted to the lowest efficiency level allowed by

the requirement for that component type.

(b) All HVAC and service water heating equipment in the Standard Design shall be

modeled at the minimum efficiency levels, both part load and full load, in accordance

with §5.2.2.

shall be broken down into its components so that supply fan energy can be modeled

separately.

(d) Minimum outdoor air ventilation rates shall be the same for both the Standard Design

and the Proposed Design except for conditions specified in §9.4.2.1.

(e) The equipment capacities for the Standard Design shall be sized proportionally to the

capacities in the Proposed Design based on sizing runs; i.e., the ratio between the

capacities used in the annual simulations and the capacities determined by the sizing

runs shall be the same for both the Proposed Design and Standard Design.

(f) Unmet load hours for the Proposed Design shall not differ from unmet load hours for

the Standard Design by more than 50 hours. Maximum number of unmet hours shall

not exceed 300 for either case.

Table 9-1 Modelling Requirements for Calculating Proposed and Standard Design

Case

Proposed Design

Standard Design

(a) The simulation model of the

Proposed Design shall be consistent

with the design documents, including

proper accounting of fenestration and

The

Standard

Design

shall

developedby modifying the Proposed

Design as described in this table.

Unless specified in this table, all

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Design Model

opaque envelope types and area; interior

lighting power and controls; HVAC

system types, sizes, and controls; and

service water heating systems and

controls.

(b)

When

the

whole

building

performance method is applied to

buildings

which

energy-related

features have not been designed yet

(e.g., a lighting system), thoseyet-to-be-

designed features shall bedescribed in

the

Proposed

Design

thatthey

minimally

comply

with

applicable

mandatory

and

prescriptive

requirements of §4.2, §5.2 , §6.2, and

§7.2

and

§4.3,

§5.3,and

§6.3

respectively.

building systems and equipment shall

modeled

identically

the

Standard

Design

and

Proposed

Design.

Space

Use

Classification

The building type or space type

classifications shall be chosen in

accordance with §2.5. More than one

building typecategory may be used in a

building if it is a mixed-use facility.

Same as Proposed Design

Schedules

Operational

schedules

(hourly

variations inoccupancy, lighting power,

equipment power, HVAC equipment

operation, etc.)

suitable for the building and/or space

type shall be modeled for showing

compliance.

Same as Proposed Design.

Exception:

Schedules

may

allowed

differ

between

the

Standard

and

Proposed

models

wherever it is necessary

to model nonstandard efficiency

Building

Envelope

All

components

the

building

envelope inthe Proposed Design shall

be modeled as shown on architectural

drawings or as

installed

for

existing

building

envelopes.

Exceptions: The following building

elements are permitted to differ from

architectural drawings.

(a) Any envelope assembly that covers

less than 5% of the total area of that

assembly type (e.g., exterior walls) need

not be separately described. If not

separately described, the area of an

envelope assembly must be added to the

area of the adjacent assembly of that

same type.

(b) Exterior surfaces whose azimuth

orientation and tilt differ by no more

than 45 degrees and are otherwise the

same may be described as either a

The Standard Design shall have

identical conditioned floor area and

identical exterior dimensions and

orientations as the Proposed Design,

except as noted in

(a), (b), (c), and (d) below.

(a) Orientation. The Standard Design

performance shall be generated by

simulating the building with its

actual orientation and again after

rotating the entire building 90, 180,

270 degrees, then averaging the

results.

The

building

shall

modeled so that it does not shade

itself.

(b) Opaque assemblies such as roof,

floors, doors, and walls shall be

modeled as having the same heat

capacity as the Proposed Design but

with the maximum U-factor allowed

in §4.3.1 and §4.3.1.1.

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single surface or by using multipliers.

with ventilated attics, the reflectance

and emittance of the roof surface shall

be modeled in accordance with §4.3.1.1.

(d) Manually operated fenestration

shading devices such as blinds or

shades shall not be modeled. Permanent

shading devices such as fins, overhangs,

and light shelves shall be modeled.

(e) The exterior roof surface shall be

modeled using the solar reflectance in

accordance with ASTM E903-96 and

thermal

emittance

determined

accordance

with

ASTM

E408-71.

Where cool roof is proposed, emittance

and reflectance shall be modeled as per

ASTM E408-71 and ASTM E903-96

respectively. Where cool roof is not

proposed, the exterior roof surface shall

modeled with a reflectance of 0.3 and a

thermal emittance of 0.9.

shall equal that in the Proposed

Design or 40% of gross above grade

wall area, whichever is smaller, and

shall be distributed on each face in

the same proportions as in the

Proposed

Design

shading

projections are to be modeled;

fenestration shall be assumed to be

flush with the exterior wall or roof.

Manually

operated

fenestration

shading devices such as blinds or

shades

shall

not

modeled.

Fenestration U-factor shall be the

maximum allowed for the climate,

and the solar heat gain coefficient

shall be the maximum allowed for

the climate and orientation.

(d) Roof Solar Reflectance and

Thermal Emittance: The exterior roof

surfaces shall be modeled using a

solar reflectance of 0.6 and a thermal

emittance of 0.9.

Lighting

Lighting power in the Proposed Design

shallbe determined as follows:

Where a complete lighting system

exists, the actual lighting power shall be

used in the model. Where a lighting

system has been designed, lighting

power

shall

determined

accordance with either §6.3.4. Where

no lighting exists, or is specified,

lighting power shall be determined in

accordance with the §6.3.2 or §6.3.3 for

the appropriate building type. Lighting

system power shall include all lighting

system components shown or provided

for on plans (including lamps, ballasts,

task fixtures, and furniture-mounted

fixtures). Lighting power for parking

garages and building facades shall be

modeled.

Minimum Lighting controls, as per the

ECBC requirements of §6.2.1, shall be

modeled in the Proposed case.

Automatic daylighting controls shall be

modeled directly in the software or

through

schedule

adjustments

determined by a separate daylight

analysis approved by the authority

having jurisdiction.

Lighting power in the Standard

Design shall be determined using the

same

categorization

procedure

(building area or space function) and

categories as the Proposed Design

with lighting power set equal to the

maximum

allowed

for

the

corresponding method and category

in either §6.3.2 or §6.3.3. Power for

fixtures not included in the lighting

power density calculation shall be

modeled identically in the Proposed

Design

and

Standard

Design.

Lighting controls shall be as per the

ECBC requirements of §6.2.1.

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Other automatic lighting controls shall

bemodeled directly in the software by

adjusting the lighting power as per

Table9-4.

HVAC

Thermal

zones

HVAC Zones Designed: Where HVAC

zones are defined on design drawings,

each HVAC zone shall be modeled as a

separate thermalblock.

Exception: Identical zones (similar

occupancy and usage, similar internal

loads, similar set points and type of

HVAC system, glazed exterior walls

face the sameorientation or vary by less

than 45°) may be combined for

simplicity.

HVAC Zones Not Designed: Where

HVAC zones are not defined on design

drawings,HVAC zones shall be defined

based on similar occupancy and usage,

similar internal loads, similar set points

and type of HVAC system, glazed

exterior walls that face the same

orientation or vary by less than 45° in

combination with the following rules:

Perimeter

Core

Zoning:

Separate

thermal block shall be modeled for

perimeter and core spaces. Perimeter

spaces are defined as spaces located

within 5 meters of an exterior or semi

exterior wall. Core spaces are defined as

spaces located greater than 5 meters of

exterior

semi

exterior

wall.Separate thermal blocks shall be

model for floors in contact with ground

and for floors which have a ceiling/roof

exposure to the ambient.

Same as Proposed Design

HVAC

Systems

The HVAC system type and all related

performance

parameters,

such

equipment capacities and efficiencies,

theProposed

Design

shall

determined as follows:

(a) Where a complete HVAC system

exists, the model shall reflect the actual

system type using actual component

capacities and efficiencies.

(b) Where an HVAC system has been

designed, the HVAC model shall be

consistent with design documents.

Mechanical

equipment

efficiencies

shall be adjusted from actual design

conditions to the rating conditions

The HVAC system type shall be as

perTable

9-2

and

performance

parameters

for

the

Standard Design shall be determined

from

requirements

§9.4.2.

Equipment performance shall meet

the requirements of §5 for code

compliant building.

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specified in §5, ifrequired by the

simulation model.

specified, the heating system shall be

assumed to be electric. The system

characteristics shall be identical to the

system modeled in the Standard Design.

(d) Where no cooling system has been

specified, the cooling system and its

characteristics shall be identical to the

system modeled in the Standard Design.

Service

Hot

water

The service hot water system type and

all related performance parameters,

such as equipment capacities and

efficiencies, in the Proposed Design

shall be determined as follows:

(a) Where a complete service hot water

system exists, the model shall reflect the

actual

system

type

using

actual

component capacities and efficiencies.

(b) Where a service hot water system

has been designed, the service hot water

model shall be consistent with design

documents.

exists, or is specified, no service hot

water heating shall be modeled.

The service water heating system

shall be of the same type as the

Proposed Design.

For residential facilities, hotels and

hospitals the Standard Design shall

have a solar hot water system

capable of meeting 20% of the hot

water demand. Systems shall meet

the

efficiency

requirements

§5.2.9.2,

the

pipe

insulation

requirements

§5.2.9.4

and

incorporate heat traps in accordance

with §5.2.9.5.

Miscellaneous

Loads

Receptacle, motor, and process loads

shall be modeled and estimated based

on the building type or space type

category. These loads shall be included

in simulations of the building and shall

be included when calculating the

Standard Design and Proposed Design.

All end-use load components within and

associated with the building shall be

modeled, unless specificallyexcluded by

this Table, but not limited to,

exhaust fans, parking garage ventilation

fans,

exterior

building

lighting,

swimming pool heaters and pumps,

elevators and escalators, refrigeration

equipment, and cooking equipment.

Receptacle, motor and process loads

shall be modeled the same as the

Proposed Design.

Modelling

If the simulation program cannot model

a component or system included in the

Proposed Design, one of the following

methods shall be used with the approval

of the authority having jurisdiction:

(a) Ignore the component if the energy

impact

the

trade-offs

being

considered is not significant.

Same as Proposed Design.

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Limitations

the

Simulation

Programs

(b) Model the component substituting a

thermodynamically similar component

model.

(c)

Model

the

HVAC

system

components or systems using the

HVAC system of the Standard Design

in accordance with Section 6 of this

table.

Whichever method is selected, the

component shall be modeled identically

for both the Proposed Design and

Standard Design models.

Table 9-2 HVAC Systems Map for Standard Design

Hotel/Motel,

Buildings with Less Buildings with More Data Centre/

Hospital Patient

than or Equal to

than 12,500 m² of

Server/Computer

Rooms, Hotel Guest

12,500 m² of

Conditioned Area

Rooms

Rooms, Resorts,

Conditioned Area

Villas, Sleeping

Quarters in Mixed-

use Buildings,

Schools,

Classrooms/Lecture

Rooms¹

Name

System A

System B

System C

System D

System

Split AC

VRF : Variable

VAV: Central cooling Computer Room air

Type²

Refrigerant Flow

plant with variable

conditioners

volume AHU for

each zone

Fan

Constant Volume

Constant volume

Variable volume

Constant volume

Control

Cooling

Direct expansion

Chilled Water with

Direct expansion

Type

with air cooled

water cooled

with air cooled

condenser

Heating

1. Heat Pump:

1. Electric

Type

Where no heating

resistance: Where

system has been

no heating system

specified or where

specified or where has been specified

an electric heating

an electric heating or where an electric

system has been

heating system has

specified in the

been specified in

Proposed Design

the Proposed

2. Fossil Fuel Boiler:

Fossil

Fuel

Boiler:

Design

Where a heating

2. Fossil Fuel Boiler:

system exists and a

system exists and a Where a heating

fossil fuel hot water

fossil fuel hot water system exists and a

boiler has been

fossil fuel hot water

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specified in the

boiler has been

Proposed Design

specified in the

Proposed Design

Notes:

Buildings of the listed occupancy types or spaces in Mixed-use Buildings with the

listed occupancy types.

Where attributes make a building eligible for more than one system type; use the

predominant condition to determine the Standard Design system type provided the non-

predominant conditions apply to less than 1,000 m2 of conditioned floor area. Use additional

system type for non-predominant conditions if those conditions apply to more than 1,000 m2 of

conditioned floor area.

Use additional system type for any space which has a substantial difference in peak loads

and/or operational hours compared to the predominant space type. Such spaces may include but are

not limited to computer/server rooms, retail areas in residential, or office buildings.

9.4.2.1 Minimum Outdoor air rates:

Minimum outdoor air rates shall be identical for both the Standard Design and Proposed

Design, except

(a) when modeling demand controlled ventilation (DCV) in the Proposed Design (DCV is

not required in the Standard Design as per §5.2.1.4)

(b) when the Proposed Design has a minimum ventilation flow higher than the minimum

required by the applicable code, the Standard Design shall be modeled as per the

minimum ventilation rate required by the applicable code and the Proposed Design

shall be modeled as per actual design (higher than Standard Design)

9.4.2.2 Fan Schedules :

Supply and return fans shall operate continuously whenever the spaces are occupied and

shall be cycled to meet heating and cooling loads during unoccupied hours.

9.4.2.3 Fan Power :

(a) For Systems Types A, B and D,

Pfan = cmh x .51

Where Pfan = Standard Design fan power in watts

cmh = Standard Design supply airflow rate auto-sized by the simulation software

(b) For System Type C

Fan power shall be modeled as per power and efficiency limits specified in Table 5-12

using a static pressure of 622 Pa or the design static pressure, whichever is higher. The simulation

software shall automatically calculate the Standard Design fan power based on the above inputs.

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9.4.2.4 Design Airflow Rates :

Design airflow rates for the Standard Design shall be sized based on a supply air to room air

temperature difference of 11 °C. The Proposed Design airflow rates shall be as per design.

9.4.2.5 Economizers (airside and waterside) :

Airside economizers shall be modeled in the Standard Design as per the requirements of

§5.3.3.

Exception to §9.4.2.5: Airside economizer shall not be modeled for Standard Design HVAC

System Type A.

9.4.2.6 Energy Recovery :

Energy recovery shall be modeled in the Standard Design as per the requirements of §5.3.

9.4.2.7 Chilled Water Design Supply Temperatures :

`Chilled water design supply temperature shall be modeled at 6.7° C and return temperature at

13.3° C.

9.4.2.8 Chillers :

Only electric chillers shall be modeled in the Standard Design for System C. Chillers shall

meet the minimum efficiency requirements indicated in Table 5-1 and Table 5-2. Chillers in the

Standard Design shall be selected as per Table 9-3 below:

Table 9-3 Modeling Requirements for Calculating Proposed and Standard Design

Peak Building Cooling Load (kWr)

Chiller Type

< 1,055

1 Water Cooled Screw Chiller

1,055 to 2,110

2Water Cooled Screw Chillers

> 2,110

2Water Cooled Centrifugal Chillers minimum, equally

sized such that no Chiller is greater than 2,813 kWr

Exception to above: Air cooled chillers are allowed to be modeled in the Standard Design if

the Proposed Design has air cooled chillers. If the proposed building has a mix of air and water

cooled chillers, then the Standard Design shall be modeled with a mix of air and water cooled

chillers in the same proportion as in the Proposed Design. However, this exception applies only for

minimum ECBC compliance. Air cooled chillers shall not be modeled in the Standard Design when

demonstrating compliance with ECBC+ and SuperECBC Building requirements.

9.4.2.9 Chilled Water Pumps :

Chilled and condenser water pumps for the Standard Design shall be modeled as per power

and efficiency limits specified in Table 5-15.

Standard Design chilled water pumps shall be modeled as primary-secondary with variable

secondary flow.

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9.4.2.10 Cooling Tower :

Standard Design cooling tower shall be modeled as an open circuit axial flow tower with

power and efficiency as per Table 5-18. The fans shall be modeled as two speed.

Condenser water design supply temperature shall be 29.4°C or 5.6°C approach to wet bulb

temperature, whichever is lower, with a design temperature rise of 5.6°C.

9.4.2.11 Boiler :

Standard Design boilers shall be modeled as natural draft boilers and shall use the same fuel

as the Proposed Design. Boiler efficiency shall be modeled as per Table 5-19.

9.4.2.12 Hot Water Design Supply Temperatures

Hot water design supply temperature shall be modeled at 82°C and return temperature at

54°C.

9.4.2.13 Hot Water Pumps :

The Standard Design hot water pumps shall be modeled with a minimum efficiency of 70%

and a pump power of 300 W/l-s^-1.

Standard Design hot water pumps shall be modeled as primary-secondary with variable

secondary flow.

9.4.2.14 Campus/District Cooling Systems :

All district cooling plants shall be assumed to be on grid electricity, unless otherwise

specified and supported through pertinent documents. New district plants shall comply with the

mandatory requirements of ECBC irrespective of who owns and/or operates the district plant.

Projects may choose either option A or option B given below for modelling campus/district

cooling systems.

Option A :

The cooling source shall be modeled as purchased chilled water in both the Standard Design

and Proposed Design. For the Standard Design, Table 9-2 HVAC Systems Map, shall be modified

as follows:

(a) For System Type C; purchased chilled water shall be modeled as the cooling source.

(b) System Types A and B shall be replaced with a two-pipe fan coil system with

purchased chilled water as the cooling source.

The chilled water/thermal energy consumption simulated by the software shall be converted

to units of kWh and added to the overall building energy consumption. The following conversion

factors shall be used to convert chilled water/thermal energy consumption to units of kWh.

1 ton hour = 0.85 kWh

1 MBtu = 1,000,000 Btu = 293 kWh

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Option B

The Standard Design shall be modeled as per Table 9-2 HVAC Systems Map.

For the Proposed Design, model a virtual onsite chilled water plant with Chiller, Pumps and

cooling towers modeled at minimum efficiency levels as per §9.4.2.7 to §9.4.2.10. Airside/low side

capacities shall be modeled as per design and the plant capacities shall be auto-sized by the

software.

Table 9-4 Power Adjustment Factors for Automatic Lighting Controls

Automatic Control Device

Daytime occupancy

and area <300 m²

All Others

Programmable Timing Control

10%

Occupancy Sensor

10%

Occupancy Sensor and Programmable

Timing Control

15%

10%

9.4.3 Compliance Thresholds for ECBC compliant, ECBC+ andSuperECBC

Buildings:

For buildings to qualify as ECBC+ and Super ECBC Buildings, the WBP Method shall be

followed for the Standard Design as detailed above. The Proposed Design for ECBC+ and

SuperECBC Buildings shall meet the mandatory provisions of §4.2, §5.2, §6.2, and §7.2.

The EPI Ratio for ECBC+ and SuperECBC Buildings shall be equal to or less than the EPI

Ratios listed under the applicable climate zone in Table 9-5 through Table 9-9 of §9.5.

9 . 5

Maximum Allowed EPI Ratios :

Table 9-5 Maximum Allowed EPI Ratios for Building in Composite Climate

Building Type

Composite

ECBC

ECBC+

SuperECBC

Hotel (No Star and Star)

0.91

0.81

Resort

0.88

0.76

Hospital

0.85

0.77

Outpatient

0.85

0.75

Assembly

0.86

0.77

Office (Regular Use)

0.86

0.78

Office (24Hours)

0.88

0.76

Schools and University

0.77

0.66

Open Gallery Mall

0.85

0.76

Shopping Mall

0.86

0.74

Supermarket

0.81

0.70

Strip retail

0.82

0.68

Table 9-6 Maximum Allowed EPI Ratios for Building in Cold Climate

Building Type

Cold

ECBC

ECBC+

SuperECBC

Hotel (No Star and Star)

0.91

0.82

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Resort

0.88

0.75

Hospital

0.88

0.80

Outpatient

0.85

0.75

Assembly

0.87

0.81

Office (Regular Use)

0.88

0.80

Office (24Hours)

0.87

0.75

Schools and University

0.85

0.73

Open Gallery Mall

0.82

0.73

Shopping Mall

0.96

0.93

Supermarket

0.80

0.68

Strip retail

0.80

0.66

9.6 Schedules :

Table 9-7 Schedules for Business Buildings

Business

Time Period

Occupancy

Schedule

Lighting Schedule

Equipment

Schedule

Elevator Schedule

Daytime

Business

24 Hour

Business

Daytime

Business

24 Hour

Business

Daytime

Business

24 Hour

Business

Daytime

Business

24 Hour

Business

00:00-01:00

0.00

0.90

0.05

0.90

0.00

0.95

0.05

0.55

01:00-02:00

0.00

0.90

0.05

0.90

0.00

0.95

0.05

0.25

02:00-03:00

0.00

0.90

0.05

0.90

0.00

0.95

0.05

0.25

03:00-04:00

0.00

0.90

0.05

0.90

0.00

0.95

0.05

0.15

04:00-05:00

0.00

0.50

0.05

0.50

0.00

0.05

0.35

05:00-06:00

0.00

0.20

0.05

0.00

0.05

0.50

06:00-07:00

0.00

0.10

0.05

0.00

0.20

07:00-08:00

0.10

0.30

0.90

0.00

0.95

0.40

08:00-09:00

0.20

0.90

0.10

0.95

0.80

09:00-10:00

0.95

0.90

0.95

0.80

10:00-11:00

0.95

0.90

0.95

0.55

11:00-12:00

0.95

0.90

0.95

0.35

12:00-13:00

0.95

0.90

0.95

0.25

13:00-14:00

0.50

0.20

0.50

0.80

0.20

0.95

14:00-15:00

0.95

0.90

0.95

15:00-16:00

0.95

0.90

0.95

0.35

16:00-17:00

0.95

0.90

0.95

0.15

0.35

17:00-18:00

0.95

0.90

0.95

0.90

0.95

0.75

0.70

18:00-19:00

0.30

0.90

0.50

0.90

0.50

0.20

0.95

19:00-20:00

0.10

0.20

0.30

0.90

0.10

0.95

0.50

20:00-21:00

0.10

0.90

0.30

0.90

0.10

0.95

0.30

0.35

21:00-22:00

0.10

0.90

0.20

0.90

0.00

0.95

0.20

0.25

22:00-23:00

0.00

0.90

0.10

0.90

0.00

0.95

0.05

0.25

23:00-24:00

0.00

0.90

0.05

0.90

0.00

0.20

0.05

0.55

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Table 9-8 Schedules for Assembly Buildings :

Assembly

Time

Period

Occupancy Schedule

Lighting Schedule

Equipment Schedule

Elevator Schedule

HVAC Fan Schedule

(On/Off)

External Lighting

Schedule

Basement Ventilation

Basement Lighting

00:00-01:00

0.00

0.80

0.00

0.80

01:00-02:00

0.00

0.80

0.00

0.10

02:00-03:00

0.00

0.80

0.00

0.10

03:00-04:00

0.00

0.80

0.00

0.10

04:00-05:00

0.00

0.80

0.00

0.10

05:00-06:00

0.00

0.80

0.00

0.10

06:00-07:00

0.00

0.10

07:00-08:00

0.00

0.10

08:00-09:00

0.20

0.40

0.30

0.20

0.00

1.00

0.80

09:00-10:00

0.20

0.75

0.50

0.00

1.00

0.80

10:00-11:00

0.20

0.95

0.50

0.00

1.00

0.80

11:00-12:00

0.80

0.95

0.50

0.00

1.00

0.80

12:00-13:00

0.80

0.95

0.50

0.00

1.00

0.80

13:00-14:00

0.80

0.95

0.50

0.00

1.00

0.80

14:00-15:00

0.80

0.95

0.50

0.00

1.00

0.80

15:00-16:00

0.80

0.95

0.50

0.00

1.00

0.80

16:00-17:00

0.80

0.95

0.50

0.00

1.00

0.80

17:00-18:00

0.80

0.95

0.50

0.00

1.00

0.80

18:00-19:00

0.50

0.95

0.50

0.80

1.00

0.80

19:00-20:00

0.20

0.40

0.30

0.40

0.80

1.00

0.80

20:00-21:00

0.20

0.40

0.30

0.20

0.80

1.00

0.80

21:00-22:00

0.20

0.40

0.30

0.20

0.80

1.00

0.80

22:00-23:00

0.10

0.00

0.80

1.00

0.80

23:00-24:00

0.10

0.00

0.80

0.00

0.80

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Table 9-9 Schedules for Business - Office Buildings :

Business - Office

Time Period

HVAC Fan Schedule

(On/Off)

External

Lighting

Schedule

Basement Ventilation Basement Lighting

Daytime

Business

Hour

Business

7 Days/

week

Daytime

Business

24 Hour

Business

Daytime

Business

24 Hour

Business

00:00-01:00

0.80

0.00

1.00

0.05

1.00

01:00-02:00

0.80

0.00

1.00

0.05

1.00

02:00-03:00

0.80

0.00

1.00

0.05

1.00

03:00-04:00

0.80

0.00

1.00

0.05

1.00

04:00-05:00

0.80

0.00

1.00

0.05

1.00

05:00-06:00

0.80

0.00

1.00

0.05

1.00

06:00-07:00

0.00

1.00

0.05

1.00

07:00-08:00

0.00

1.00

0.05

1.00

08:00-09:00

0.00

1.00

09:00-10:00

0.00

1.00

10:00-11:00

0.00

1.00

11:00-12:00

0.00

1.00

12:00-13:00

0.00

1.00

13:00-14:00

0.00

1.00

14:00-15:00

0.00

1.00

15:00-16:00

0.00

1.00

16:00-17:00

0.00

1.00

17:00-18:00

0.00

1.00

18:00-19:00

0.80

1.00

19:00-20:00

0.80

1.00

20:00-21:00

0.80

1.00

21:00-22:00

0.80

0.00

1.00

0.05

1.00

22:00-23:00

0.80

0.00

1.00

0.05

1.00

23:00-24:00

0.80

0.00

1.00

0.05

1.00

Table 9-10 Schedules for Educational - School Buildings (A)

Educational - School

Time Period

Occupancy Schedule

Lighting Schedule

Equipment Schedule

Student

Zone

Back Office

Student

Zone

Back Office

Student

Zone

Back Office

Days/

week

Days/

week

Days/

week

Days/

week

Days/

week

Days/

week

00:00-01:00

0.00

01:00-02:00

0.00

02:00-03:00

0.00

03:00-04:00

0.00

04:00-05:00

0.00

05:00-06:00

0.00

06:00-07:00

0.00

0.20

0.00

07:00-08:00

0.70

0.00

0.90

0.70

0.35

08:00-09:00

0.90

0.95

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09:00-10:00

0.90

0.95

10:00-11:00

0.90

0.95

11:00-12:00

0.20

0.90

0.20

0.90

0.20

0.95

12:00-13:00

0.90

0.95

13:00-14:00

0.90

0.30

0.95

0.40

14:00-15:00

0.00

0.90

0.00

0.90

0.00

0.95

15:00-16:00

0.00

0.90

0.00

0.90

0.00

0.95

16:00-17:00

0.00

0.90

0.00

0.90

0.00

0.25

17:00-18:00

0.00

0.50

0.00

0.30

0.00

18:00-19:00

0.00

0.10

0.00

19:00-20:00

0.00

20:00-21:00

0.00

21:00-22:00

0.00

22:00-23:00

0.00

23:00-24:00

0.00

Schedules for Educational - School Buildings (B)

Educational - School

Time

Period

Elevator

Schedule

HVAC

Fan

Schedule

(On/Off)

External

Lighting

Schedule

Basement

Ventilation

Basement

Lighting

Student

Area

Back

Office

Days/

week

Days/

week

Days/

week

Days/

week

Days/

week

Days/

week

00:00-01:00

0.00

0.80

0.00

0.05

01:00-02:00

0.00

0.80

0.00

0.05

02:00-03:00

0.00

0.80

0.00

0.05

03:00-04:00

0.00

0.80

0.00

0.05

04:00-05:00

0.00

0.80

0.00

0.05

05:00-06:00

0.00

0.80

0.00

0.05

06:00-07:00

0.05

0.00

0.05

07:00-08:00

0.80

0.00

0.05

08:00-09:00

0.80

0.00

1.00

09:00-10:00

0.25

0.00

1.00

10:00-11:00

0.25

0.00

1.00

11:00-12:00

0.25

0.00

1.00

12:00-13:00

0.25

0.00

1.00

13:00-14:00

0.90

0.00

1.00

14:00-15:00

0.60

0.00

1.00

15:00-16:00

0.20

0.00

1.00

16:00-17:00

0.30

0.00

1.00

17:00-18:00

0.40

0.00

1.00

0.50

18:00-19:00

0.00

0.80

0.00

0.05

19:00-20:00

0.00

0.80

0.00

0.05

20:00-21:00

0.00

0.80

0.00

0.05

21:00-22:00

0.00

0.80

0.00

0.05

22:00-23:00

0.00

0.80

0.00

0.05

23:00-24:00

0.00

0.80

0.00

0.05

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Table 9-11 Schedules for Educational - University Buildings (A)

Educational - University

Time Period

Occupancy Schedule

Lighting Schedule

Equipment Schedule

Student Zone

Back Office

Library &

Computer

Centre

Student Zone

Back Office

Library &

Computer

Centre

Student Zone

Back Office

Library &

Computer

Centre

5 Days/

week

5 Days/

week

7Days/ week

5 Days/

week

5 Days/

week

7Days/ week

5 Days/

week

5 Days/

week

7Days/ week

00:00-01:00

0.00 0.00 0.00

0.00

0.10

01:00-02:00

0.00 0.00 0.00

0.00

0.10

02:00-03:00

0.00 0.00 0.00

0.00

0.10

03:00-04:00

0.00 0.00 0.00

0.00

0.10

04:00-05:00

0.00 0.00 0.00

0.00

0.10

05:00-06:00

0.00 0.00 0.00

0.00

0.10

06:00-07:00

0.00 0.00 0.00

0.00

0.35

0.10

07:00-08:00

0.40 0.00 0.00

0.90

0.00

0.35

0.95

0.10

08:00-09:00

0.90 0.90 0.30

0.90

0.95

0.70

09:00-10:00

0.90 0.90 0.40

0.90

0.95

0.70

10:00-11:00

0.90 0.90 0.50

0.90

0.95

0.70

11:00-12:00

0.90 0.90 0.50

0.90

0.95

0.70

12:00-13:00

0.90 0.90 0.50

0.90

0.95

0.70

13:00-14:00

0.10 0.20 0.20

0.60

0.30

0.20

0.40

0.70

14:00-15:00

0.90 0.90 0.50

0.90

0.95

0.70

15:00-16:00

0.90 0.90 0.50

0.90

0.95

0.70

16:00-17:00

0.90 0.90 0.50

0.90

0.95

0.70

17:00-18:00

0.40 0.00 0.50

0.90

0.50

0.90

0.95

0.10

0.80

18:00-19:00

0.00 0.00 0.60

0.00

0.90

0.00

0.10

0.80

19:00-20:00

0.00 0.00 0.60

0.00

0.90

0.00

0.10

0.80

20:00-21:00

0.00 0.00 0.60

0.00

0.90

0.00

0.10

0.80

21:00-22:00

0.00 0.00 0.00

0.00

0.90

0.00

0.10

0.80

22:00-23:00

0.00 0.00 0.00

0.00

0.90

0.00

0.10

0.80

23:00-24:00

0.00 0.00 0.00

0.00

0.10

0.00

Schedules for Educational - University Buildings (B)

University

Time Period

Elevator

Schedule

HVAC Fan Schedule (On/Off)

External Lighting

Schedule

Basement Ventilation

Basement Lighting

Library &

Comp. Centre

Student and

Back office

Student Area

Back Office

Library &

Comp. Centre

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days/

week

days/

week

5 days/

week

5 days/

week

7 days/

week

7 days/

week

7 days/

week

7 days/

week

00:00-01:00

0.00

0.80

0.00

0.05

01:00-02:00

0.00

0.80

0.00

0.05

02:00-03:00

0.00

0.80

0.00

0.05

03:00-04:00

0.00

0.80

0.00

0.05

04:00-05:00

0.00

0.80

0.00

0.05

05:00-06:00

0.00

0.80

0.00

0.05

06:00-07:00

0.00

0.05

07:00-08:00

0.00

0.25

0.00

0.05

08:00-09:00

0.50

0.25

0.00

1.00

09:00-10:00

0.50

0.25

0.00

1.00

10:00-11:00

0.30

0.25

0.00

1.00

11:00-12:00

0.20

0.25

0.00

1.00

12:00-13:00

0.20

0.25

0.00

1.00

13:00-14:00

0.40

0.90

0.00

1.00

14:00-15:00

0.30

0.60

0.00

1.00

15:00-16:00

0.30

0.25

0.00

1.00

16:00-17:00

0.30

0.25

0.00

1.00

17:00-18:00

0.50

0.90

0.00

1.00

18:00-19:00

0.50

0.15

0.80

1.00

19:00-20:00

0.50

0.05

0.80

1.00

20:00-21:00

0.50

0.00

0.80

0.00

0.50

21:00-22:00

0.50

0.00

0.80

0.00

0.05

22:00-23:00

0.50

0.00

0.80

0.00

0.05

23:00-24:00

0.00

0.80

0.00

0.05

3463

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

Table 9-12 Schedules for Healthcare - Hospital Buildings (A)

Healthcare - Hospital

Time Period

Occupancy Schedule

Lighting Schedule

In Patient &

ICU

Public Spaces

OPD & Offices

Diagnostic,

emergency &

Public Spaces

In Patient &

ICU

Diagnostic,

emergency &

OPD & Offices

7 days/

week

7 days/

week

6 days/

week

7 days/

week

7 days/

week

7 days/

week

7 days/

week

6 days/

week

00:00-01:00

0.90

0.00

0.50

0.10

0.50

0.05

01:00-02:00

0.90

0.00

0.40

0.10

0.50

0.05

02:00-03:00

0.90

0.00

0.40

0.10

0.50

0.05

03:00-04:00

0.90

0.00

0.40

0.10

0.50

0.05

04:00-05:00

0.90

0.00

0.40

0.10

0.50

0.05

05:00-06:00

0.90

0.00

0.40

0.10

0.50

0.05

06:00-07:00

0.90

0.00

0.50

0.10

0.50

0.10

07:00-08:00

0.90

0.10

0.70

0.50

0.20

0.90

0.30

08:00-09:00

0.90

0.50

0.30

0.70

0.90

0.20

0.90

09:00-10:00

0.90

0.95

0.90

0.95

0.90

0.20

0.90

10:00-11:00

0.90

0.95

0.90

0.95

0.90

0.20

0.90

11:00-12:00

0.90

0.95

0.50

0.95

0.90

0.20

0.90

12:00-13:00

0.90

0.95

0.20

0.95

0.90

0.20

0.90

13:00-14:00

0.90

0.95

0.50

0.95

0.90

0.20

0.90

14:00-15:00

0.90

0.95

0.90

0.95

0.90

0.20

0.90

15:00-16:00

0.90

0.95

0.90

0.95

0.90

0.20

0.90

16:00-17:00

0.90

0.95

0.90

0.95

0.30

0.20

0.90

17:00-18:00

0.90

0.70

0.90

0.95

0.30

0.70

0.90

18:00-19:00

0.90

0.50

0.95

0.30

0.90

0.50

19:00-20:00

0.90

0.30

0.50

0.95

0.30

0.90

0.50

20:00-21:00

0.90

0.10

0.50

0.00

0.30

0.90

0.50

0.30

21:00-22:00

0.90

0.00

0.50

0.00

0.30

0.90

0.50

0.20

22:00-23:00

0.90

0.00

0.10

0.00

0.30

0.70

0.50

0.10

23:00-24:00

0.90

0.00

0.10

0.50

0.05

Schedules for Healthcare - Hospital Buildings (B)

Healthcare - Hospital

Time

Period

Equipment Schedule

Elevator Schedule

In Patient

& ICU

Diagnostic,

emergency,

& OT

OPD

Offices

Elevator

days/

week

days/

week

days/

week

days/

week

00-01 Hrs

0.40

0.00

0.20

3464

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

01-02 Hrs

0.40

0.00

0.20

02-03 Hrs

0.40

0.00

0.20

03-04 Hrs

0.40

0.00

0.20

04-05 Hrs

0.40

0.00

0.20

05-06 Hrs

0.40

0.00

0.20

06-07 Hrs

0.40

0.00

0.50

07-08 Hrs

0.40

0.70

0.75

08-09 Hrs

0.40

0.90

1.00

09-10 Hrs

0.40

0.90

1.00

10-11 Hrs

0.40

0.90

1.00

11-12 Hrs

0.40

0.90

1.00

12-13 Hrs

0.40

0.90

0.75

13-14 Hrs

0.40

0.90

1.00

14-15 Hrs

0.40

0.90

1.00

15-16 Hrs

0.40

0.90

1.00

16-17 Hrs

0.40

0.60

1.00

17-18 Hrs

0.40

0.60

1.00

18-19 Hrs

0.40

0.60

0.50

19-20 Hrs

0.40

0.60

0.50

20-21 Hrs

0.40

0.60

0.50

21-22 Hrs

0.40

0.00

0.30

22-23 Hrs

0.40

0.00

0.20

24-00 Hrs

0.40

0.00

0.20

Schedules for Healthcare - Hospital Buildings (C)

Healthcare - Hospital

Time Period

HVAC Fan Schedule (On/Off

External Lighting Schedule

Service

Hot

Water

Basement Ventilation

Basement Lighting

Public Spaces

Beds & ICU

Diagnostic,Emergency

& OT

OPD & Offices

Building Summer

Building Winters

7 days/

week

days/

week

7 days/

week

days/

week

7 days/

week

7 days/

week

7 days/

week

days/

week

days/

week

00:00-01:00

1.00

0.00

0.30

0.50

01:00-02:00

1.00

0.00

0.30

0.50

02:00-03:00

1.00

0.00

0.30

0.50

03:00-04:00

1.00

0.00

0.30

0.50

04:00-05:00

1.00

0.00

0.30

0.50

05:00-06:00

1.00

0.00

0.30

0.50

06:00-07:00

0.00

0.30

0.50

07:00-08:00

0.00

0.20

0.50

08:00-09:00

0.00

0.20

0.60

1.00

3465

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+] 1941

09:00-10:00

0.00

0.30

0.60

1.00

10:00-11:00

0.00

0.30

0.80

1.00

11:00-12:00

0.00

0.30

0.80

1.00

12:00-13:00

0.00

0.25

0.70

1.00

13:00-14:00

0.00

0.25

0.80

1.00

14:00-15:00

0.00

0.25

0.80

1.00

15:00-16:00

0.00

0.25

0.70

1.00

16:00-17:00

0.00

0.25

0.70

1.00

17:00-18:00

0.00

0.10

0.50

1.00

18:00-19:00

1.00

0.00

0.35

1.00

19:00-20:00

1.00

0.00

0.35

1.00

20:00-21:00

1.00

0.00

0.35

1.00

21:00-22:00

1.00

0.00

0.30

0.50

22:00-23:00

1.00

0.00

0.30

0.50

23:00-24:00

1.00

0.00

0.30

0.50

Table 9-13 Schedules for Healthcare – Out-patient Healthcare Buildings (A)

Healthcare – Out-patient Healthcare

Time

Period

Occupancy Schedule

Lighting Schedule

Equipment Schedule

Lobby

Diagnostic & Emergency

OPD & Back Office

Diagnostic & Emergency

OPD & Back Office

Diagnostic & Emergency

OPD & Back Office

6 days/

week

6 days/

week

6 days/

week

days/

week

days/

week

6 days/ week

6 days/

week

00:00-01:00

0.00

0.10

0.00

01:00-02:00

0.00

0.10

0.00

02:00-03:00

0.00

0.10

0.00

03:00-04:00

0.00

0.10

0.00

04:00-05:00

0.00

0.10

0.00

05:00-06:00

0.00

0.10

0.00

06:00-07:00

0.00

0.20

0.10

0.00

07:00-08:00

0.10

0.20

0.50

0.30

0.50

0.00

08:00-09:00

0.50

0.30

0.20

0.90

0.95

09:00-10:00

0.80

0.90

0.95

10:00-11:00

0.80

0.90

0.95

11:00-12:00

0.80

0.90

0.95

12:00-13:00

0.80

0.90

0.50

0.90

0.95

13:00-14:00

0.80

0.90

0.20

0.90

0.95

14:00-15:00

0.80

0.90

0.50

0.90

0.95

15:00-16:00

0.80

0.90

0.95

16:00-17:00

0.80

0.90

0.95

17:00-18:00

0.80

0.90

0.95

18:00-19:00

0.80

0.90

0.50

0.90

0.95

19:00-20:00

0.80

0.90

0.50

0.90

0.30

0.95

20:00-21:00

0.20

0.60

0.20

0.90

0.30

0.80

21:00-22:00

0.20

0.50

0.20

0.00

22:00-23:00

0.00

0.30

0.00

23:00-24:00

0.00

0.10

0.00

3466

jkti=] fgekpy izns'k] 05 tqykbZ] 2019@14 vk"kk<+ 1941

Schedules for Healthcare – Out-patient Healthcare Buildings (B)

Healthcare – Out-patient Healthcare

Time

Period

Elevator

Schedule

HVAC

Fan

Schedule

(On/Off)

External

Lighting

Schedule

Service Hot Water

(SHW)

Basement

Ventilation

Basement

Lighting

All

Spaces

Building

Summer

Building

Winters

6 days/

week

days/

week

days/

week

days/

week

days/

week

days/

week

days/

week

00:00-