lxdfnog kfj/ kf6{g/ ln= ljifo ;rL · lxdfnog kfj/ kf6{g/ ln 5 lxdfnog kfj/ kf6{g/ lnld6]8;ftf}+ jflif{s ;fwf/0f ;efdf cWoIfsf] dGtAo cfb/0fLo z]o/wgL dxfg'efjx¿, lxdfnog kfj/ kf6{g

jflif{s k|ltj]bg @)&%÷&^

lxdfnog kfj/ kf6{g/ ln=

1

qm=; ljj/0f k[i7

!= jflif{s ;fwf/0f ;efsf] ;"rgf @

@= ;fwf/0f ;ef ;DjlGw yk hfgsf/L #

#= k|f]S;L kmf/d $

$= cWoIfsf] dGtAo %

%= ;~rfns ;ldltsf] k|ltj]bg &

^= n]vf kl/Ifssf] k|ltj]bg !@

&= Project Progress Report (Dordi Khola Project) @(

1 Introduction @(

2 Development Milestones @(

3 Project Schedule @(

4 Project Features @(

5 Project Construction Schedule @(

6 Progress #!

6.1 Financial Progress #!

6.2.1. Infrastructure Works #!

6.2.2. Surface Civil Works/ Rasuwa Construction #!

6.2.3 Underground Civil Works/Tunnel #$

6.2.4 Hydro-Mechanical Works #%

6.2.5 Electro-Mechanical Works #%

6.2.6 Transmission Line/ Power Evacuation #^

7 Environmental & Social Support #^

7.1 Environmental Works #^

7.2 Social support #&

8 Events #&

8.1 Site Visit by Chief Minister #&

ljifo ;"rL



2

;ftf}+ aflif{s ;fwf/0f ;ef a:g] ;"rgf

>L cfb/0fLo z]o/wgL dxfg'efjx?,

pk/f]Qm ;DaGwdf o; lxdfnog kfj/ kf6{g/ lndL6]8sf] ldlt @)&^÷)*÷!$ ut]sf lbg a;]sf] ;~rfns ;ldltsf] #(cf}+ a}7ssf] lg0f{ofg';f/ sDkgLsf] ;ftf}+ jflif{s ;fwf/0f ;ef lgDglnlvt ldlt, :yfg / ;dodf lgDg ljifox? dfyL 5nkmn tyf lg0f{o ug{ a:g] ePsf] x'Fbf sDkgL P]g, @)^# sf] bkmf ^& cg';f/ ;Dk"0f{ z]o/wgL dxfg'efjx?sf] hfgsf/Lsf nflu of] ;"rgf k|lzt ul/Psf] 5 . ;fwf/0f;efsf lbg lgDglnlvt ldlt, :yfg / ;dodf z]o/wgL dxfg'efjx?nfO{ pkl:ytLsf nflu xflb{s cg'/f]w ul/G5 .

;ef x'g] ldlt, :yfg / ;doM ldltM @)&^ ;fn k'if dlxgf @* ut] ;f]daf/:yfgM cd|kfNfL Aof+Sj]6 Sof6l/Ë P08 Oe]G6, ef6e6]gL, sf7df08f} .;ef z'? x'g] ;doM laxfg !)M)) ah] .

tklzn -s_ ;fdfGo k|:tfj

!= ;+rfns ;ldltsf] cf=a= @)&%÷&^ sf] aflif{s k|ltj]bg kfl/t ug]{ .@= jflif{s cfly{s ljj/0f, n]vfk/LIfssf] k|ltj]bg ;lxtsf] @)&^ cfiff9 d;fGtsf]

jf;nft tyf ldlt @)&% >fj0f ! b]lv @)&^ cfiff9 d;fGt ;DDfsf] gfkmf–gf]S;fg lx;fa / ;f]lx cjlwsf] gub k|jfx ljj/0f ;DaGwL ljifodf 5nkmn u/L :jLs[t ug]{ .

#= cfly{s aif{ @)&^÷)&& sf nflu n]vfk/LIfs lgo'lQm ug]{ / lghsf] kfl/>lds tf]Sg .

-v _ ljljw ;DaGwdf .

;~rfns ;ldltsf] cf1fn], sDkgL ;lrj

lxdfnog kfj/ kf6{g/ lnld6]8dxf/fhu+h, sf7df08f}, g]kfn .

kmf]g g+= M(&&–!–$))@*)!, Email:- [email protected]: www.hpp.com.np



3

;fwf/0f ;ef ;DaGwL yk hfgsf/L M

!= ;fwf/0f ;ef k|of]hgsfnflu sDkgLsf] z]o/ bflvn vf/]h -z]o/ btf{ lstfa_ ldlt @)&^÷)(÷!$ /

!% ut] @ lbg aGb /xg]5 . bflvn vf/]h -z]o/wgL btf{ k'l:tsf_ aGb x'g'eGbf cl3Nnf] lbg;Dd cyf{t

ldlt @)&^÷)(÷!# ut];Dddf g]kfn :6s PS;r]Gh lnld6]8df sf/f]af/ eO{ bflvn vf/]h aGb ePsf]

ldltn] % -kf“r_ sfo{ lbgleq z]o/ gfd;f/L eO{ sfod ePsf z]o/wgLx?n] pQm ;fwf/0f ;efdf efu lng,

dtbfg ug{ kfpg] Joxf]/f cg'/f]w 5 .

@= sDkgLsf] ;fwf/0f ;efsf] ;"rgf, jflif{s k|ltj]bg, ljlQo ljj/0f cflb z]o/wgL dxfg'efjx?n] sDkgLsf]

j]a;fO6 M www.hpp.com.np df x]g{ ;Sg' x'g]5 .

#= k|ltlglw -k|f]S;L_ lgo"Qm ul/;Sg' ePsf] z]o/wgL cfkm} ;efdf pkl:yt eO{ xflh/L lstfadf b:tvt ug'{

ePdf k|f]S;L lbOPsf] eP tfklg :jtM jb/ x'g]5 .

$= Ps} z]o/wgLn] Ps eGbf a9L k|ltlglw -k|f]S;L_ lgo"Qm ul/ k|f]S;L lbPdf ;Dk"0f{ k|f]S;Lx? :jtM ab/ x'g]5 .

%= gfjfns jf ljl5Kt z]o/wgLsf] tkm{af6 sDkgLsf] z]o/ nfut lstfjdf ;+/Ifssf] ?kdf gfd btf{ ePsf]

JolQmn] ;efdf efu lng jf k|ltlglw tf]Sg ;Sg' x'g]5 .

^= ;efdf efu lng] k|To]s z]o/jfnf dxfg'efjn] ;ef x'g] :yfgdf pkl:yt eO{ ToxfF /x]sf] xflh/L k'l:tsfdf

b:tvt ug'{ kg]{5 . xflh/L k'l:tsf lbgsf] ( jh]b]lv ;ef ;do ;Dd v'Nnf /xg]5 .

http://www.hpp.com.np



4

k|f]S;L kmf/d -k|ltlglw kq_>L ;+rfns ;ldltlxdfnog kfj/ kf6{g/ lnld6]8dxf/fhu+h, sf7df08f} .

ljifo M k|ltlglw lgo'Qm u/]sf] jf/] .dxfzo,

======================lhNnf ============================= g=kf=÷uf=lj=;= j8f g+= ============= j:g]

d÷xfdL =============================================== To; sDkgLsf] z]o/wgLsf] x}l;otn] ;+at\ ========

;fn ========== dlxgf ======= ut]sf lbg x'g] ============ cf}+ jflif{s ;fwf/0f ;efdf d÷xfdL :jo+ pkl:yt

eO{ 5nkmn tyf lg0f{odf ;xefuL x'g g;Sg] ePsfn] pQm ;efdf d]/f]÷xfd|f] tkm{af6 efu lng tyf dtbfg

ug{sf nflu ========================== lhNnf ====================== g=kf÷uf=lj=;= j8f g+= =========== j:g]

>L ====================================== nfO{ d]/f]÷ xfd|f] k|ltlglw lgo'Qm u/L k7fPsf] 5'÷k7fPsf] 5f}+ .

k|ltlglw lgo'Qm ePsf] AolQmsf,x:tfIf/sf] gd'gfMz]o/wgL k|df0f kq gDa/÷lj=cf]=cfO{=l8= gDa/MldltM

lgj]bsb:tvt Mgfd M7]ufgf Mz]o/wgL k|df0fkq g+÷aL=cf]=cfO{=8L= gDa/M z]o/ ;+VofMldlt M

k|j]z kq!= z]o/wgLsf] gfd M@= 7]ufgfM#= z]o/wgL k|df0f kq gDa/÷lj=cf] cfO{ l8= gDa/M$= lnPsf] z]o/ ;+Vof M%= z]o/wgLsf] b:tvt M

>L lxdfnog kfj/ kf6{g/ lnld6]8sf] ldlt @)&^÷)(÷@* df x'g] ;ftf} jflif{s ;fwf/0f ;efdf pkl:yt x'g hf/L ul/Psf] k|a]z kq .

======================== sDkgL ;lrj

b|i6Jo M ;efsIfdf k|a]z ug{ of] k|a]z kq clgjfo{ ?kdf lnO{ cfpg' x'g cg'/f]w 5 . cGoyf ;efsIfdf k|a]z ug{ kfO{g] 5}g .

b|i6Jo M of] lgj]bg ljif]z ;fwf/0f;ef x'g' eGbf $* 306f cufj} sDkgLsf] /lhi68{ sfof{no dxf/fhu+h sf7df08f}df k]z ul/;Sg' kg]{5 . sDkgLsf] z]o/wgL afx]s cGonfO{ k|f]S;L lbg kfO{g] 5}g .



5

lxdfnog kfj/ kf6{g/ lnld6]8;ftf}+ jflif{s ;fwf/0f ;efdf

cWoIfsf] dGtAo

cfb/0fLo z]o/wgL dxfg'efjx¿,lxdfnog kfj/ kf6{g/ lnld6]8sf] o; ul/dfdo ;ftf}+ jflif{s ;fwf/0f;efdf cfˆgf] cd"No ;do lbP/ pkl:yt x'g'ePsf sDkgLsf cfb/0fLo ;Dk"0f{ z]o/wgL dxfg'efjx?, cfdlGqt cltly, lgofds lgsfosf k|ltlglwx?, sDkgLsf sd{rf/Lx?, ;efdf pkl:yt eb| dlxnf tyf ;Hhg a[Gbx?df ;~rfns ;ldltsf] tk{maf6 / d]/f] JolQmut tk{maf6 ;d]t xflb{s :jfut cleafbg ub{5' . sDkgLsf] tk{maf6 z]o/wgL nufot pkl:yt dxfg'efjx? ;dIf sDkgLn] lautdf u/]sf] s[ofsnfkx? tyf cfly{s aif{ @)&%÷)&^ sf] sDkgLsf] cfly{s tyf laQLo laa/0fx? ;d]tsf] ;~rfns ;ldltsf] jflif{s k|ltj]bg oxfx? ;dIf k]z ug{ kfpbf v';L nfu]sf] 5 .

cfly{s lasf;sf] dxTak"0f{ k"jf{wf/sf]?kdf /x]sf] hnljB't cfof]hgfsf] lgdf{0f tyf ;+rfngaf6 plrt k|ltkmn k|fKt ug{ ;lsg] / /fi6«sf] lasf;df klg 6]jf k'Ug] oyfy{nfO{ dggul/ cfO{PdO{ ;d"xaf6 k|alw{t tTsflng lxdfnog kfj/ kf6{g/ k|fOe]6 lnld6]8 / lab]zdf /x]sf u}/cfaf;Lo g]kfnLx?sf] 5l/P/ /x]sf] ;;fgf k"hLx?nfO{ Plss[t ul/ b]zdf hnljB't nufot pBf]ux?df nufgL ul/ /fi6«sf] lasf;df ;xefuLx'g] pb]Zosf ;fy :yfkgf ul/Psf] NRN infrastructure & development Ltd. sf] ;xsfo{df ndh'Ë lhNnf l:yt @& d]ufjf6 Ifdtfsf] bf]bL{ vf]nf hnljB't cfof]hgf @)&! ;fn kmfNu'0f b]lv lgdf{0f sfo{ z'? ul/Psf]] Aoxf]/f oxfx?nfO{ lalbt} 5 .@)&$ ;fn cfiff9 leq ;+k"0f{ lgdf{0f sfo ;DkGg ug]{ nIf /x]sf]df @)&@ a}zfsdf uPsf] dxf e"sDk, l;df ca/f]w / g]kfn laB't k|flws/0faf6 lgdf{0f x'g'kg]{ d:o{fËbL sl/8f]/ 6«flG:d;g nfO{g tyf pbLk'/ ;a:6]zg lgdf{0fdf l9nfO{sf] sf/0f af6 cfof]hgf ;DkGg ug]{ ldlt (RCOD) @)&^ ;fn efb| !$ ut] sfod ul/ g]kfn laB't k|flws/0f ;+u laB't vl/b lalqm ;+emf}tf ;+;f]wg ul/Psf] lyof] . pbLk'/ ;a:6]zg lgdf{0fsfo{ ;+;f]lwt ldltdf klg lgdf{0f x'g g;Sg] ePkl5 pTkflbt laB't k|jfx (Power Evacuation) sf nflu g]kfn laB't k|flws/0f ;+u ePsf] c:yfoL Aoa:yf (Contingency Plan) cg';f/ dWod:o{fËbL hnljB't s]Gb|sf] :jLrof8{df hf]8g] ul/ k|zf/0f nfOgsf] sfd eO{/x]sf] 5 . g]kfn laB't k|flws/0f ;+u laB't vl/b lalqm ;+emf}tf ;+;f]wg ul/ cfof]hgf ;DkGg ug]{ ldlt @)&^ ;fn r}q d;fGt sfod ul/Psf] 5 .

cfof]hgfsf] k|ult tkm{ eGg'kbf{ ;8s, k'n tyf ejgx? nufot ef}lts k"jf{wf/sf sfd ut aif{g} k'/f e};s]sf 5g\ . l;len sfo{ tkm{ x]8aS;{ tyf kfa/xfp;sf] sfd sl/a k'/f e};s]sf] 5 . laut aif{x?df 6g]nsf] sfddf ef}ule{s sl7gfO{sf sf/0f l9nfO{ e}/x]sf]df ut efb| !% ut] a|]sy|' (Breakthrough) eO{ xfn nfOlgË (Concreting) sf] sfd e}/x]sf] 5 . Electro-mechanical Equipments tk{m k|fo ;a} equipment x? ;fO{6df cfPsf] / h8fg ug]{ sfd x'? ePsf] 5 . Hydro-mechanical tk{m fabrication sl/a ;DkGg eO{ h8fg ug]{{ sfd e}/x]sf 5g . ;du|df cfof]hgfsf] xfn ;Ddsf] ef}lts k|ult sl/a () k|ltzt /x]sf] / ;Dk"0f{ sfd @)&^ ;fn r}q d;fGt leq ;DkGg ug]{ ul/ sfd e}/x]sf] Aoxf]/f cg'/f]w ub{5' . cfof]hgfdf ePsf] k|ult ;DaGwL ;+lIfKt ljj/0f o;} k|ltj]bg;fy ;+nUg ul/Psf] 5 .



6

cfof]hgfsf] z'? nfut ? rf/ ca{ @# s/f]8 /x]sf]df cfof]hgf lgdf{0fdf ePsf] l9nfO{sf sf/0f Aofh nufot k|zf;lgs vr{df ePsf] a[l4n] ? rf/ ca{ %) s/f]8 k'Ug] b]lvPsf] 5 . gk'u /sd a}+sx?;+u yk C0f lnO{ h'6fpg] k|of; e}/x]sf] 5 .

cfb/0fLo z]o/wgL dxfg'efjx¿, u}/cfaf;Lo g]kfnLx?, cfO{=Pd=O{= ;d"x tyf k|rlnt P]g lgod cg'?k ;fa{hlgs z]o/ lgZsfzg dfkm{t cfof]hgf k|eflat If]qsf :yflgo afl;Gbf, ;a{;fwf/0f / sDkgLdf sfo{/t sd{rf/Lx? ;d]tsf] ;xeflutfdf lgdf{0fflwg bf]bL{ vf]nf hnljB't cfof]hgf Pp6f kfOn6 k|f]h]S6 xf] . of] cfof]hgfsf] lgdf{0f ;DkGg u/]kl5 o;sf] cg'easf] cfwf/df cGo cfof]hgfx?df nufgL ug]{ of]hgf /x]sf] 5 . lalaw sf/0fx?n] ubf{ of] cfof]hgf ;DkGg x'g s]lx l9nfO{ x'g uof] t/ xfdL cdm} laZj:t 5f} o; aif{ leq cfof]hgf ;DkGg ul/ o; lxdfnog kfj/ kf6{g/ lnld6]8sf] Aoa;fo la:tf/ / elaZodf z]o/wgLx? nfO{ clwstd k|ltkmn lbg ;Ifd x'g]5f} .

sDkgLn] lautdf u/]sf] s[ofsnfk tyf sf/f]af/sf] ;ldIffu/L cfufdL jif{x?df ug'{kg]{ sfdx?sf af/]df oxfFx?af6 k|fKt /fo ;'emfjx? ;+:yfsf] nflu ;bfem} dfu{bz{gsf ?kdf /xg] s'/fdf xfdL ljZj:t 5f} .cGTodf, sDkgLnfO{ ljleGg dfWodåf/f ;xof]u tyf dfu{bz{g k|bfg ug{] ;Dk"0f{ z]o/wgL dxfg'efjx¿, n]vfk/LIfs, g]kfn ;/sf/sf ;DalGwt lgsfox¿, g]kfn laB't k|flws/0f, C0f nufgLstf{ a}+s tyf laQLo ;+:yfx?, laleGg lgodgsf/L lgsfox? tyf sDkgLdf sfo{/t sd{rf/L nufot ;Dk"0f{ ;xof]uLx¿df ;~rfns ;ldltsf] Pj+ d]/f] JolQmut tkm{af6 xflb{s wGojfb 1fkg ug{ rfxG5' . ;fy} cfufld lbgdf klg ;xof]u tyf ;'emfjx¿sf] ck]Iff ub{5' . wGojfb Û

hLjgfy nfld5fg] cWoIf



7

lxdfnog kfj/ kf6{g/ lnld6]8;ftf} jflif{s ;fwf/0f ;efdf

;~rfns ;ldltsf] tkm{af6 k|:t't

jflif{s k|ltj]bg sDkgL P]g @)^# sf] bkmf !)( sf] pkbkmf -$_ adf]lhd ;+rfns ;ldltsf] k|lta]bg

cfly{s aif{ @)&%÷)&^cfb/0fLo z]o/wgL dxfg'efjx/m,;dLIff calw / rfn" cf=a=sf] oyfl:ylt af/]df ;+k"0f{ z]o/wgL dxfg'efax?sf] hfgsf/Lsf nflu sDkgL P]g @)^# n] lglb{i6 u/] cg'?k b]xfo adf]lh+ laa/0f k]z ul/Psf] 5 .-s_ ljut jif{sf] sf/f]jf/sf] l;+xfjnf]sg

sDkgLsf] k"FhLut ;+/rgf lgDg cg';f/ sfod ePsf] 5 ./sd ?=

ljj/0f cf=j=@)&%÷&^ ;Dd cf=j=@)&$÷&% ;Dd a[l4÷-sld_clws[t k'FhL @,&),)),)),))) @,&),)),)),))) –hf/L k'FhL !,)^,%$,!&,))) !,)^,%$,!&,))) –r'Qmf k'FhL !,)^,%$,!&,))) !,)^,%$,!&,))) –

-v_ /fli6«o tyf cGt{/fli6«o kl/l:yltaf6 sDkgLsf] sf/f]jf/df k/]sf] c;//fli6«o tyf cGt/fli6«o kl/l:yltaf6 sDkgLsf] sf/f]jf/df s'g} c;/ k/]sf] 5}g .

-u_ k|ltj]bg tof/ ePsf] ldlt;Dd rfn' jif{sf] pknAwL / eljiodf ug'{kg{] s'/fsf] ;DaGwdf ;~rfns ;ldltsf] wf/0ff MsDkgLn] lgdf{0f ul//x]sf] bf]bL{ vf]nf hnljB't cfof]hgfsf ef}lts k"jf{wf/sf sfd ut aif{g} k'/f e};s]sf 5g\ . l;len sfo{ tkm{ x]8aS;{ tyf kfa/xfp;sf] sfd sl/a k'/f e};s]sf] 5 . laut aif{x?df 6g]nsf] sfddf ef}ule{s sl7gfO{sf sf/0f l9nfO{ e}/x]sf]df ut efb| !% ut] a|]sy|' eO{ xfn nfOlgË (Concreting) sf] sfd e}/x]sf] 5 . Electro-mechanical Equipments tk{m k|fo ;a} equipment x? ;fO{6df cfPsf] / h8fg ug]{ sfd x'? ePsf] 5 . Hydro-mechanical tk{m fabrication sl/a ;DkGg eO{ h8fg ug]{{ sfd e}/x]sf 5g . cfof]hgsf] ;Dk"0f{ sfd @)&^ ;fn r}q d;fGt leq ;DkGg ug]{ ul/ sfd e}/x]sf] 5 . o; bf]bL{ vf]nf hnljB't cfof]hgfsf] lgdf{0f ;DkGg u/]kl5 dfq cGo cfof]hgfdf nufgL ug]{ of]hgf /x]sf] 5 .

-3_ sDkgLsf] cf}Bf]lus jf Joj;flos ;DaGw Mo; sDkgLn] cfˆgf] Joj;flos sfo{df s'g} sdL–sdhf]/L cfpg glbg :yfkgfsfnb]lv g} cfˆgf] Joj;flos sf/f]jf/tkm{ ;dlk{t /xL sDkgLsf] sf/f]jf/;Fu ;DjlGwt JolQm, ;+:yf, ;/sf/L lgsfo, z]o/wgL dxfg'efjx¿;Fu kf/blz{tfsf] cfwf/df ;'dw'/ ;DaGw k|uf9 kfb}{ nu]sf] 5 .



8

-ª_ ;~rfns ;ldltdf ePsf] x]/km]/ / ;f]sf] sf/0f M o; sDkgLn] cfof]hgf k|efljt If]qsf afl;Gbfsf ;d]t ul/ ;j{;fwf/0fsf] nflu ;fa{hlgs z]o/ hfl/ ul/;s]sfn] ;j{;fwf/0f z]o/ wgLx?sf] ;d]t k|ltlglwTjx'g] ul/ @)&$ ;fn k'if ^ ut] ePsf] kfFrf} jflif{s ;fwf/0f ;efaf6 b]xfP adf]lhdsf] ;~rfns ;ldlt u7g ePsf] 5 .

qm=; gfd kb != hLjgfy nfld5fg] cWoIf @= rGb|k|;fb 9sfn ;+rfns #= u'?k|;fb 9sfn ;+rfns÷sfo{sf/L lgb]{zs $= dx]z s'df/ >]i7 ;+rfns %= >L clDjsf k|;fb kf}8]n ;+rfns -;j{;fwf/0f ;d"xaf6_ ^= >L gf/fo0f afa' nf]xgL ;+rfns -;j{;fwf/0f ;d"xaf6_ &= >L 8f=x]dGt s'df/ baf8L :jtGq ;+rfns

-r_ sf/f]af/nfO{ c;/ ug{] d'Vo s'/fx¿ Mb]zsf] P]g, sfg"g, ;/sf/L lglt–lgod cflbdf x'g] kl/jt{g / kl/dfh{gn] sDkgLsf] p2]Zocg';f/sf] Joj;flos lqmofsnfkdf c;/ kg{ ;S5 . ;fy} b]zdf x'g] aGb, x8\tfn, rSsfhfd, af9L–klx/f], d'b|fl:kmtL, d"Noj[l4 cflb h:tf k|lts"n kl/l:yltx¿n] b]zsf] cf}Bf]lus, Joj;flos If]q tyf cfof]hgf lgdf{0fdf gsf/fTds c;/ kg{] ePsf]n] o; sDkgLn] cfˆgf] p2]Zo cg';f/ ug{] nufgLdf ;dt] s]lx k|lts'n k|efj kg{ ;Sb5 .

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DORDI KHOLA HYDROPOWER PROJECTProgress ReportDecember 2019

1 IntroductionDordi Khola Hydropower Project developed by Himalayan Power Partner Ltd. (HPPL) Kathmandu, Nepal is a Run-of-River type hydroelectric project with generating capacity of 27 MW in Lamjung.

2 Development Milestones• Survey License Issued : May 2005• Grid Connection Agreement : July 2010• IEE Approved : October 2010• Generation License Obtained : July 2011• PPA Signed : June 2012• Detailed Project Report Completed : August 2013 • Facility Agreement Signed : November 2013• Construction Works Started : February 2015• Required Commercial Operation Date (RCOD) : 12 April 2020

RCOD has been fixed depending on the completion dates of transmission lines of NEA. A contingency plan for the evacuation of the generated power has been concluded with NEA and accordingly construction of transmission lines by NEA and HPPL are started.

3 Project ScheduleConstruction of Civil works of the Project was started from February 2015. The initial completion date was scheduled in June 2017 but due to massive earthquake, blockade of the India-Nepal border and delay in the construction of NEA’s substation, the RCOD of the Project has been extended to 12th April 2020.

4 Project Features• Gross Head : 212.0 m• Design Discharge : 15.28 m3/sec• Installed Capacity : 27.0 MW• Total Annual Energy : 148.697GWh• Total Annual Contract Energy : 142.319GWh

• Dry Season Energy : 21.367 GWh• Wet Season Energy : 120.952 GWh

• Power Purchase Agreement (PPA) Rate : • Dry Season Energy : 8.40/unit• Wet Season Energy : 4.80/unit

• Water Ways• Closed Conduit/Steel pipe (¯2.65m) : 3237 m• Headrace Tunnel (¯3.3m) : 2780 m• Penstock Pipe (¯2.3m) : 700 m• Tailrace : 330 m

• Powerhouse Type : Surface• Turbine Type : Francis (3x9 MW)• Grid Connection Point : Udipur Hub/ Lamjung• Transmission Line : 132 kV Single Circuit 3.0 km



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5 Project Construction Schedule 6 Progress

6.1 Financial Progress

Facility agreement to provide Term Loan of amount NPR 3,170 million, 75% of total project cost including IDC, NPR 4,235 million, was concluded with Bank Consortium led by Prime Commercial Bank Ltd. on 7 November 2013.

Financial progress up to Mangshir end 2076 ( 16th December, 2019) is NPR 3,175 million (74.10%).

6.2 Physical ProgressThe Project construction works have been splitted in different contract packages according to the nature of the construction works. Contract package I includes the construction of infrastructures, contract package II includes all the surface civil & hydro-mechanical works, contract package III includes all the underground civil works and contract package IV includes supply and installation of electro-mechanical works. Physical Progress of major construction works up to December 2019 are given in the following table:

SN DESCRIPTION PROGRESS, %

1 Infrastructure Works 99

2 Civil Works 95

3 Hydro-mechanical Works 85

4 Electro-mechanical Works 75

5 Transmission Line 25

6 Total Weighted 90

Physical Progress of the components of the project are briefly explained below:

6.2.1. Infrastructure Works

o Land acquisition

The required land for the Project has already been purchased and statutory

o Construction of Infrastructures

Construction of Infrastructures required for the Project has already completed.

Staff Quarter, Office and Guest house at Headworks Site & Powerhouse Site

6.2.2. Surface Civil Works/ Rasuwa Construction

The construction of civil surface works including hydro-mechanical works of the project, which includes the construction of headworks, desilting basin, water conductor pipe, penstock pipe, powerhouse, tailrace and switchyard and all related hydro-mechanical works, was awarded to MS Rasuwa Construction Company Pvt. Ltd. in February 2015. Considering the necessity of smooth interface coordination between civil and hydro-mechanical works, the HM works were included in civil contract package. The prime contractor


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6 Progress

6.1 Financial Progress

Facility agreement to provide Term Loan of amount NPR 3,170 million, 75% of total project cost including IDC, NPR 4,235 million, was concluded with Bank Consortium led by Prime Commercial Bank Ltd. on 7 November 2013.

Financial progress up to Mangshir end 2076 ( 16th December, 2019) is NPR 3,175 million (74.10%).

6.2 Physical ProgressThe Project construction works have been splitted in different contract packages according to the nature of the construction works. Contract package I includes the construction of infrastructures, contract package II includes all the surface civil & hydro-mechanical works, contract package III includes all the underground civil works and contract package IV includes supply and installation of electro-mechanical works. Physical Progress of major construction works up to December 2019 are given in the following table:

SN DESCRIPTION PROGRESS, %

1 Infrastructure Works 99

2 Civil Works 95

3 Hydro-mechanical Works 85

4 Electro-mechanical Works 75

5 Transmission Line 25

6 Total Weighted 90

Physical Progress of the components of the project are briefly explained below:

6.2.1. Infrastructure Works

o Land acquisition

The required land for the Project has already been purchased and statutory

o Construction of Infrastructures

Construction of Infrastructures required for the Project has already completed.


6.2.2. Surface Civil Works/ Rasuwa Construction

The construction of civil surface works including hydro-mechanical works of the project, which includes the construction of headworks, desilting basin, water conductor pipe, penstock pipe, powerhouse, tailrace and switchyard and all related hydro-mechanical works, was awarded to MS Rasuwa Construction Company Pvt. Ltd. in February 2015. Considering the necessity of smooth interface coordination between civil and hydro-mechanical works, the HM works were included in civil contract package. The prime contractor




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Rasuwa Construction Company Pvt. Ltd. has appointed Machhapuchhre Metal and Machinery Works (3MW) as nominated subcontractor for all the hydro-mechanical works and Machhapuchhre Engineering Pvt. Ltd. (MEPL) for civil works of penstock and water conductor pipe alignment.

Bridge & Access Road Construction

• Diversion Weir, Intake and Feeder Pipe

The construction works of the diversion weir, intake and feeder pipe has already been completed. The hoisting

structure and hoisting equipment of the gates and stoplogs of undersluice, intake and desilting basin have

already delivered at site and the installation will begin very soon.

Weir, Undersluice, Intake

• Desilting Basin

The construction of desilting basin structure has almost completed including embedded metallic parts. The

surplus channel and remaining part of the installation of the flushing pipes will be started after completeting the

construction of tailrace channel. The river bank protection works along the desilting basin and headowrks area

around the weir structure are resumed.



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Desilting Basin

• Water Conductor Pipe & Penstock Pipe Alignment and Valve House

The excavation works for the trench of water conductor pipe has already completed except at the areas;

beginning and end of headrace tunnel which shall be done only after completion of tunnel lining works. All

together 2600m water conductor pipe and 550m penstock pipe has been installed. The rocky portion area

excavation has already completed and the installation of pipe is going on. The 1st stage concreting work at

the trifurcation is going on and soon trifurcation manifold will be installed along with 2nd stage concreting. The

construction works at valve house will start only after completing the tunnel lining works.

WCP installation at Rocky portion and Placing of rebars at Trifurcation

• Power House

The civil works of the powerhouse building is almost completed. The roofing works and interior finishing works

are also almost completed. The draft tube gates are being installed with hoisting strutures. Powerhouse EOT

crane has already installed. The installation works of panels at the control room has started. The major machine

installation at the machine floor of the powerhouse will start soon.



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Powerhouse

• Tailrace

The construction works at the tailrace is going on rapidly and about 80% work completed.

Tailrace Concreting

• Switchyard

The excavation works for the switchyard foundation has completed and already started laying of earthmat with 3m long electrodes. The concreting of foundation of different switchyard equipment including transformers will start soon.

6.2.3 Underground Civil Works/Tunnel The contractor Multi Infrastructure Development (MID) Company is continuing the tunneling works since May

2017. Despite all the adverse geological conditions, on 1st September 2019, precise break through of the

tunnel became possible. The concrete lining of the tunnel has already started from two faces and about 840

m (30.20%) has been completed.



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Tunnel Lining Works

A pilot hole from top of the surge shaft to the headrace tunnel level has been completed. The headrace tunnel

has been also connected with the base of surge shaft. The full diameter of 8.0m excavation of surge shaft is

going on.

Excavation of Pilot Hole of Surge Shaft

6.2.4 Hydro-Mechanical WorksFabrication of water conductor and penstock pipes almost completed. The fabrication of trifurcation manifold

has completed at the workshop in Pokhara and ready to dispatch to the site. Metal parts along with gate/stoplog

frames at undersluice, Intake, desilting basin and draft tube at powerhouse has been completed. The hoisting

systems for different gates and stoplogs are already delivered at site. The installation of draft tube gate along

with hoisting structure is going on at the powerhouse site. The installation of hoisting system along with

stoplogs, gates and trashrack at headworks structures will also start soon.

6.2.5 Electro-Mechanical WorksThe electro-mechanical works including supply and installation of equipment was awarded to Voith Hydro

Private Ltd. Almost all the major equipments have been delivered at site and remaining minor equipment such

as dewatering system, ventilation system etc. are waiting for customs clearance at boarder. The EOT crane

has been already installed. Voith team has already mobilized at site and erection works has started from

control room. The control panels are being shifted to the control for checking and installation.



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Panels to shift to control room and PH EOT Crane6.2.6 Transmission Line/ Power EvacuationGrid connection agreement with Nepal Electricity Authority was concluded to evacuate the generated power in proposed Udipur Hub by 3.0 km 132 kV single circuit Transmission Line. Due to delay in completing the Udipur hub by NEA, a contingency plan has proposed by NEA and signed. As per the contingency plan, the Power generated from Dordi Khola HEP will be evacuated to the Middle Marsyangdi Substation through Kirtipur Substation of NEA. NEA will complete the construction of Kirtipur-Udipur-Middle Marsyangdi Transmission Line by March 2020. For the construction of 3.0 km transmission line up to Udipur connection point, HPPL has started acquiring lands for tower locations and giving compensation for the land along the ROW. Urja International (P) Ltd., the contractor for transmission line, has completed detailed design and accordingly importing the required materials from India and China.

7 Environmental & Social Support7.1 Environmental Works

Geo-environmental Unit Geo-environmental unit in the project site has been already established to address environmental mitigation works. Mitigation WorksBio-engineering and slope stability works are going on along water conductor/service road alignment, powerhouse area.

Bio-engineering Works Along WCP alignment



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7.2 Social support

Social support to local communities in the project affected areas such as construction/ improvement of local

roads, drinking water schemes, support to community schools, rural electrification etc. are going on under this

heading.

Bal Bikash Ni.Ma.Bi. School Building at Ramchowk Besi built with the support of the project

Drinking Water Storage and Distribution Tank built with the support of the project at Syaut.

8 Events8.1 Site Visit by Chief Minister

Chief Minister Rt. Honorable Prithvi Subba Gurung along with other MPs and local authorities visited project

sites on 11 May 2018. Problems and social issues faced by hydropower developers were widely discussed and

Chief Minister assured to solve problems and facilitate the project implementation.

Dordi Khola HEP (27 MW) Headworks site visit



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8.2 Site Visit by by NEA MD Kulman GhisingThe Managing Director, Mr. Kulman Ghishing of Nepal Electricity Authority (NEA) has visited the projects on 26th May and observed the status of the project construction progress. The issue of transmission line and power evacuation was discussed during the visit.

Headworks observation by MD of NEA



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