ljgo s]=;L=sDkgL ;lrj

hLjgfy nfld5fg]cWoIf

8f= x]dGt s'df/ baf8L:jtGq ;+rfns

dx]z s'df/ >]i7;+rfns

clDasf k|;fb kf}8]n;+rfns

u'?k|;fb 9sfn;+rfns÷sfo{sf/L lgb]{zs

gf/fo0f afa' nf]xgL;+rfns

rGb|k|;fb 9sfn;+rfns

;~rfns ;ldlt;~rfns ;ldlt;~rfns ;ldlt

ljifo;"rL

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 Project Construction Schedule ================================================= @^ 3 Financial Progress================================================================ @& 4 Physical Progress ================================================================= @& 5 Infrastructure Works ============================================================ @* 6 Underground Civil Works ======================================================= #) 7 Hydro Mechanical Works ======================================================= #! 8 Electro–Mechanical Works ===================================================== #!

9 Environmental and Social Support ============================================= #@

jflif{s k|ltj]bg @)&$÷&%1

lxdfnog kfj/ kf6{g/ ln=

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

kmf]g g+= M(&&–!–$))@*)!, Email:- hpphydro@gmail.comWebsite: www.hpp.com.np

5}7f} aflif{s ;fwf/0f ;ef a:g] ;"rgf

>L cfb/0fLo z]o/wgL dxfg'efjx?,o; sDkgLsf] ;~rfns ;ldltsf] ldlt @)&%.)&.)$ ut] a;]sf] #$cf}+ a}7ssf] lg0f{o cg';f/ o; sDkgLsf] 5}7f}+ jflif{s ;fwf/0f ;ef lgDg ldlt, ;do / :yfgdf b]xfo k|:tfjx? pk/ 5nkmn tyf lg0f{o ug{ a:g]ePsf] x'Fbf sDkgL P]g, @)^# sf] bkmf ^& adf]lhd pQm ;efdf z]o/wgL dxfg'efjsf] pkl:yltsf] nflu xflb{s cg'/f]w ub{5' .

;ef x'g] ldlt, :yfg / ;doM

ldlt M @)&% ;fn k'if dlxgf @( ut] cfOtaf/:yfg M cd|kfNfL Aof+Sj]6 Sof6l/Ë P08 Oe]G6, ef6e6]gL, sf7df08f} .;ef z'? x'g] ;do M laxfg !! ah] .

5nkmnsf ljifo ;"rLx?

-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

;fwf/0f ;ef ;DaGwL yk hfgsf/Lx?

!= ;fwf/0f ;ef k|of]hgsf nflu 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]jf/ eO{ bflvn vf/]h jGb ePsf] ldltn] % -kfFr_ 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, ljQLo 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|ltljlw -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] ePtfklg :jtM ab/ xg]5 .

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

%= gfafns jf ljl5Kt z]o/wgLsf] tkm{af6 sDkgLsf] z]o/ nfut lstfadf ;+/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] !) ah]b]lv ;ef ;do;Dd v'Nnf /xg]5 .

jflif{s k|ltj]bg @)&$÷&%2

lxdfnog kfj/ kf6{g/ ln=

lxdfnog kfj/ kf6{g/ ln=

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] JolQm M lgj]bsx:tfIf/sf] gd'gf M b:tvt Mz]o/wgL g+= M gfd Mz]o/ k|df0f–kq g+= M 7]ufgf M z]o/ wgL GfDa/ M z]o/wgL k|df0fkq g+= M z]o/ ;+Vof M ldlt M

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 . =======================================================================================================================================

k|j]z kq

;]o/wgLsf] gfd M========================================================= ;]o/wgL g+= M==========================

;]o/ k|df0f–kq g+= M===================================================== ;]o/ ;+Vof M=============================== ldlt M ldlt @)&% ;fn k'; dlxgf @( ut]sf lbg x'g] lxdfnog kfj/ kf6{g/ lnld6]8sf] 5}7f}+ jflif{s ;fwf/0f ;efdf pkl:yt x'g hf/L ul/Psf] k|j]z–kq . b|i6Jo M != ;]o/wgLx¿n] dfly plNnlvt ;Dk'0f{ ljj/0f clgjfo{ ?kdf eg'{ xf]nf .

@= ;ef sIfdf k|j]z hfg{ of] k|j]z–kq k|:t't ug{ clgjfo{ 5 .

sDkgL ;lrj

3

jflif{s k|ltj]bg @)&$÷&% 4

lxdfnog kfj/ kf6{g/ ln=

lxdfnog kfj/ kf6{g/ lnld6]85}7f}+ jflif{s ;fwf/0f ;efdf

cWoIfsf] dGtJocfb/0fLo z]o/wgL dxfg'efjx?,

lxdfnog kfj/ kf6{g/ lnld6]8sf] o; ul/dfdo 5}7f}+ jflif{s ;fwf/0f ;efdf cfkmgf] 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 oxfFx? ;dIf k]z ug{ kfpFbf v';L nfu]sf] 5 .

lxdfnog kfj/ kf6{g/ k|fOe]6 lnld6]8 sDkgLsf] ?kdf u7g ePsf] !% aif{ k"/f e};s]sf] 5 / klAns sDkgLdf @)&) ;fn cfiff9df ?kfGt/0f ul/Psf] lyof] . sDkgLn] lautdf u/]sf] lqmofsnfk 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} .

sDkgLn] ljsf; ug{ nfu]sf] ndh'¬ lhNnf l:yt @& d]ufjf6 Ifdtfsf] bf]bL{ vf]nf hnljB't cfof]hgf lgdf{0fsf nflu cfa:os ;a} k|s[ofx? k"/f ul/ @)&! ;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}iffs !@ / @( ut] uPsf] dxf e"sDk, l;df ca/f]w / g]kfn laB't k|flws/0faf6 lgdf{0f x'g'kg]{ d:o{fbL sl/8f]/ 6«flG:d;g nfO{g tyf pbLk'/;a:6]zgdf l9nfO{sf] sf/0f af6 g]kfn laB't k|flws/0f;+u ePsf] laB't vl/blalqm ;Demf}tf ;+;f]wg ul/ gofF RCOD sf] Dofb #! cu:t @)!( sfod ul/Psf] Aoxf]/f ;d]t oxfx?nfO{ lalbt} 5 . o;} lar cfof]hgf lgdf{0f:yndf ePsf b'Mvb b'3{6gfx?, kfj/ xfp; lgdf{0f:yndf af9Ln] k'/fPsf] IftL, hUuf ljjfb tyf ;h{ ;fkm\6df ?v s6fgdf l9nfO cflb sf/0fn] lgdf{0f sfo{df s]lx Aoawfg tyf yk l9nfO{ x'g uPsf] ePtf klg;+;f]lwt ;do leq cfof]hgf ;DkGg ug]{ul/ sfo{ tflnsf kl/dfh{g ul/ sfd e}/x]sf 5g . kx'Fr ;8s , k'n tyf ejgx? nufot ;a} ef}lts k"jf{wf/sf sfd k'/f e};s]sf 5g\ . l;len sfo{ tkm{ Headworks sf] sfd sl/a k'/f e};s]sf] 5 . laut aif{x?df 6g]nsf] sfddf ef}ulu{s sl7gfO{sf sf/0f l9nfO{ e}/x]sf]df xfn To;df s]lx ;'wf/ eO{ k|ult ;Gtf]ifhgs /x]sf] 5 . Electro-mechanical Equipments tk{m w]/} equipment x? ;fO{6df cfPsf] / afsL cfpg] qmddf af6f]df /x]sf 5g . cfufdL kmfNu'0f dlxgf b]lv h8fg sfo{ z'? ul/g] 5 . Hydro-mechanical tk{m fabrication sl/a ;DkGg eO{ h8fg ug]{{ sfd e}/x]sf 5g .

g]kfn laB't k|flws/0faf6 lgdf{0f x'g'kg]{ d:o{f¬bL sl/8f]/ 6«flG:d;g nfO{g tyf pbLk/ ;a:6]zg lgdf{0fdf ePsf] l9nfO{sf] sf/0faf6 bf]bL{ vf]nf hnljB't cfof]hgf af6 pTkfbg x'g] laB't /fli6«o k|0fnLdf h8fg ug]{ c:yfO{ pkfo (Contingency Plan)sf ;DaGwdf k6s k6s g]kfn laB't k|flws/0f;+u a;]sf] a}7s / :ynuut lg/LIf0f kZrft dWo d:o{f¬bLsf] ;a:6]zgdf h8fg ug]{ul/ sfd cuf8L a9]sf] 5 .

;du|df cfof]hgfsf] xfn ;Ddsf] ef}lts k|ult sl/a *) k|ltzt /x]sf] 5 / ;Dk"0f{ sfd @)&^ ;fn ciff9 leq ;DkGg ul/ ;+;f]lwt RCOD sf] Dofb #! cu:t @)!( df laB't k|afx 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 .

jflif{s k|ltj]bg @)&$÷&%5

lxdfnog kfj/ kf6{g/ ln=cfof]hgfsf] s"n nfut ? $ ca{ @# s/f]8df xfn ;Dd ;+;f]wg ul/Psf] 5}g . o;df cWoog e}/x]sf] 5 / ;fdfGo a[l4 x'g] ca:yf b]lvPsf] 5 .

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

bf]bL{ vf]nf hnljB't cfof]hgf Pg=cf/=Pg= sDo"lgl6 / cfO{=Pd=O{= ;d"xsf] ;xsfo{df z'? ul/Psf] Pp6f kfOn6 k|f]h]S6 lyof] . of] cfof]hgfsf] lgdf{0f ;DkGg u/]kl5 dfq cGo cfof]hgfx?df nufgLug]{ xfd|f] of]hgf /x]sf] lyof] . lalaw sf/0fx?n] ubf{ of] cfof]hgf ;DkGg x'g s]lx l9nfO x'g uof] t/ xfdL cdm} k"0f{ laZj:t 5f} ls ;+;f]lwt Dofb leq cfof]hgf ;DkGg ul/ xfdL cufl8 a9g] 5f} . o; lxdfnog kfj/ kf6{g/ lnld6]8sf] p2]Zo cg'?k s;/L Aoa;fo la:tf/ ug{ ;lsG5 / elaZodf s;/L z]o/wgLx? nfO{ clwstd k|ltkmn lbg ;lsG5 eGg] af/]df ;d]t larf/ ladif{ e}/x]sf] 5 . o; ;DaGwdf z]o/wgL dxfg'efjx¿ nufot oxfFx?af6 cd"No /fo ;'emfjx? k|fKt x'g] ck]Iff u/]sf] 5' .

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 Ú

hLjgfy nfld5fg] cWoIf

jflif{s k|ltj]bg @)&$÷&% 6

lxdfnog kfj/ kf6{g/ ln=

lxdfnog kfj/ kf6{g/ lnld6]85}7f}+ jflif{s ;fwf/0f ;efdf

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

jflif{s k|ltj]bgsDkgL P]g, @)^# sf] bkmf !)( sf] pkbkmf -$_ adf]lhd ;~rfns ;ldlts] k|ltj]bg

cfly{s jif{ @)&$÷)&%cfb/0fLo z]o/wgL dxfg'efjx/m,

;dLIff cjlw / rfn" cf=j=sf] oyfl:ylt af/]df ;Dk"0f{ z]o/wgL dxfg'efjx?sf] hfgsf/Lsf nflu sDkgL P]g @)^# n] lglb{i6 u/] cg'?k b]xfo adf]lhd ljj/0f k]z ul/Psf] 5 .

-s_ ljut jif{sf] sf/f]jf/sf] l;+xfjnf]sgsDkgLsf] k"FhLut ;+/rgf lgDg cg';f/ sfod ePsf] 5 .

-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 M

bf]bL{ vf]nf hnljB't cfof]hgfsf] lgdf{0f nflu cfjZos kg]{ sl/a @)% /f]kgL hUuf v/Lb e};ssf] 5 . ;8s , k'n nufot ef}lts k"jf{wf/sf sfd k'/f e};s]sf 5g\ . l;len sfo{ tkm{ Headworks, Water conducter pipe, Powerhouse tyf 6g]nsf]] sfd e}/x]sf] 5 . laut jif{x?df 6g]nsf] sfddfef}ulu{s sl7gfO{sf sf/0f l9nfO{ e}/x]sf]df xfn To;df ;'wf/ eO{ k|ult ;Gtf]ifhgs /x]sf] 5 . Electro-mechanical Equipments tk{m Generator, Electrical panel, EOT/HOT Crane nufot w]/} equipment x? ;fO{6df cfPsf] / afFsL equipment cfpg] qmddf /x]sf 5g . 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{ lgdf{0fsf] sfd @)&^

;fn ciff9 leq ;DkGg ug]{ ;+;f]lwt nIo /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 M o; sDkgLn] cfˆgf] Joj;flos sfo{df s'g} sdL–sdhf]/L cfpg glbg :yfkgfsfn b]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 .

-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

ljj/0f cf=j=@)&#÷&$ ;Dd cf=j=@)&$÷&% ;Dd a[l4÷-sld_

clws[tk'FhL ? @,&),)),)),))) @,&),)),)),))) –

hf/LkF'hL ? !,)^,%$,!&,))) !,)^,%$,!&,))) –

r'Qmfk'FhL ? *%,@#,##,^)) !,)^,%$,!&,))) @!,#),*#,$))

jflif{s k|ltj]bg @)&$÷&%7

lxdfnog kfj/ kf6{g/ ln=

;fwf/0f ;efaf6 b]xfP adf]lhdsf] ;~rfns ;ldlt u7g ePsf] 5 .

-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]Zo cg';f/sf] Joj;flos lqmofsnfkdf c;/ kg{ ;S5 . ;fy} b]zdf x'g] aGb, x8\tfn, rSsfhfd, af9L–klx/f], d'b|fl:kmtL, OGwgdf ePsf] d"Noj[l4 cflb h:tf k|lts"n kl/l:yltx¿n] b]zsf] cf}Bf]lus tyf Joj;flos If]qdf ;d]t gsf/fTds c;/ kg{] ePsf]n] o; sDkgLn] cfˆgf] p2]Zocg';f/ ug{] nufgLdf ;dt] k|lts'n k|efj kg{ ;Sb5 .

-5_ n]vfk/LIf0f k|ltj]bgdf s'g} s}lkmot pNn]v ePsf] eP ;f]pk/ ;+rfns ;ldltsf] k|ltlqmof Mn]vfk/LIf0f k|ltj]bgdf lgoldt sf/f]af/df b]lvPsf ;dfGo s}lkmot, k|ltlqmof / ;'emfjx¿df ;~rfns ;ldltsf] Wofgfsif{0f ePsf] 5 / ;'wf/sf lglDt cfjZos sbd rfln ;lsPsf] 5 .

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DORDI KHOLA HYDROPOWER PROJECTProgress Report

December 20181. Introduction Dordi 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 MilestonesSurvey License Issued : 26 May 2005

Grid Connection Agreement : 7 July 2010

IEE Approved : 4 October 2010

Generation License Obtained : 7 July 2011

PPA Signed : 15 June 2012

Detailed Project Report Completed : August 2013

Facility Agreement Signed : 7 November 2013

Construction Works Started : April 2014

Required Commercial Operation Date (RCOD) : 31 August 2019

3. Project Schedule Construction of civil works was started from February 2015. The initial completion date was

scheduled in June 2017 but due to the massive earthquake, blockade and delay in NEA’s substation hub construction, the RCOD has been extended up to 31st December 2019.

4. Project FeaturesGross Head : 212.0 mDesign Discharge : 15.28 m3/secInstalled Capacity : 27.0 MWTotal Annual Energy : 148.697GWhTotal Annual Contract Energy : 142.319GWh

Dry Season Energy : 21.367 GWhWet Season Energy : 120.952 GWh

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

Water WaysClosed Conduit/Steel pipe (2.65m) : 3237 mHeadrace Tunnel (3.3m) : 2662 mPenstock Pipe (2.3m) : 700 mTailrace : 330 m

Powerhouse Type : SurfaceTurbine Type : Francis (3x9 MW)Grid Connection Point : Udipur Hub/ LamjungTransmission Line : 132 kV Single Circuit

Length : 1.5 km

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2 Project Construction Schedule

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6 Progress

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

Financial progress up to December 31, 2018 (Poush 16, 2075) is NPR 2,455 million.

6.2 Physical Progress

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 2018 are given in the following table:

S.N. Description Progress %1 Infrastructure Works 98 2 Civil Works 853 Hydro-mechanical Works 704 Electro-mechanical Works 735 Transmission Line 106 Total Weighted 79

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Physical Progress of all components are explained below:

6.2.1 Infrastructure WorksLand acquisition: Required land has already been purchased.

Construction of Infrastructures: Construction of Infrastructures required for the Project has already been completed.

6.2.2 Surface Civil Works/ Rasuwa Construction Co.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 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.

Diversion Weir, Intake and Feeder Pipe

The river water is being diverted through the undersluice structure. Out of nine blocks of diversion

number 4 and Plum concrete is going on after completing PCC block number 7. All the civil works at Intake structure including embedment parts have been completed. The overall civil works of diversion weir and intake has completed about 95% as of to date. The survey, layout and construction of saddle support and laying of feeder pipe has been started.

Bridge & Camp

Construction Works at Diversion Weir

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Both the bays of desilting basin structural concreting have been completed. The concrete works of the shear wall at the Inlet transition from feeder pipe for both the bays of desilting basin are going on. The concreting of the shear walls of the head pond structure at the end of desilting basin is about

desilting basin has been completed about 95%.

Water Conductor Pipe & Penstock Pipe Alignment and Valve house

fronts and installation of pipes are going on accordingly. About 800 m trench for the WCP has been excavated and about 700m pipe has been installed. At the penstock alignment about 265m pipe has been installed with 7 Anchor blocks out of 10 have been completed.

WCP Laying and Trench excavation at WCP

Power House

The shear wall concreting of the powerhouse is in progress. The construction works at powerhouse is taking speed so as to achieve the target of starting EOT crane installation by the second week of February 2019.

Construction Works at Desilting Basin Inlet Transition and Head pond

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Construction at Power HouseTailrace

The tail pool concrete works for all three units have been completed. The excavation work for the tailrace canal has started.

6.2.3 Underground Civil Works/Tunnel/ Multi Infrastructure Development Pvt. Ltd

The contractor Multi Infrastructure Development (MID) Company is continuing the tunneling works from both inlet and outlet faces since May 2018. MID has deployed more required equipment such as robotic shotcrete machine, use of drilling machine at inlet and planning to deploy very soon, one robotic shotcrete machine and boomer as well at outlet face too for accelerating the tunneling process.

Excavation from Inlet

Generally, two blasts are performing per day from the inlet side and achieving average pull of 3.5m per day. The tunnel face is encountering phyllite type rock mass without seepage. The support system providing now is pattern rock bolt with shotcrete. The excavation progress achieved till the end of December, 2018 is up to about CH 0+803 m.

Excavation from OutletThe rock mass condition at the outlet face is still not better as expected however, some crushed quartzite band is encountered. The crown portion at the left part is somewhat improving with hardstrata but normally very weathered phyllite is encountering. Due to poor rock mass face the advancing is going on with heading benching method and average pull is achieving about 1.2m per day. The outlet side excavation progress achieved till the end of December 2018 is up to about CH 1+295 m.

Tunneling Works from Inlet & Outlet

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Surge Shaft

The tree felling process has been completed at the surge tank area and it has been cleared. The access to the top of the surge shaft is being prepared and will start excavation for a pilot hole from top.

6.2.4 Hydro-Mechanical Works/ Machhapuchhre Metal & Machinery Works Pvt. Ltd

Fabrication of water conductor pipes almost completed. Installation of 700 m WCP pipe and 265m penstock pipes has been completed and further continuing the installation works as per the progress of civil works. The fabrication of trifurcation manifold has completed at the workshop in Pokhara and will be delivered to the site soon. Metal parts along with gate/stoplog frames at undersluice, Intake,

and stoplogs are in fabrication stage.

Manufacturing of Trifurcarion Manifold and UT Test conducting

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6.2.5 Electro-Mechanical Works/ Voith HydroThe electro-mechanical works including supply and installation of equipment was awarded to Voith Hydro Private Ltd. Voith has already delivered three units of generator sets, LAVT, NGT panels, EOT and HOT cranes at site. Generator transformers, turbines, Lightening Arrestors, PPV, Spiral Casing, switchyard equipment etc. are already cleared the customs at Birgunj and moving to the site. Some other equipment such as MIV, HPU, cooling water system, circuit breaker, isolator, CT VT, LATC Panels, Cable accessories etc. have already been dispatched and waiting for custom clearance at the India border side. The equipment dispatched/ delivered are being stored at the Army yard at Udipur near the powerhouse area and some are at the site. As per the extended RCOD, a revised construction schedule has been prepared and sent to Voith for rescheduling of their service/installation program. Accordingly, Voith will start installing EOT crane from 2nd week of February 2019.

E&M Equipment lying and loading at India border

6.2.6 Transmission Line/Power Evacuation

Grid connection agreement with Nepal Electricity Authority was concluded to evacuate the generated power at proposed Udipur Hub by 1.5 km 132 kV single circuit Transmission Line. Construction of Udipur Hub and transmission line along the Marsyangdi Corridor by NEA is delayed and expected to be completed by 2019. Subsequently RCOD has been extended up to 31st August 2019.

Environmental & Social Support

7.1 Environmental WorksGeo-environmental Unit Geo-environmental unit in the project site has been already established to address environmental mitigation works.

Bio-engineering Works Along WCP alignment

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7.2 Social support

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.

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