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16 MW Naltar-III Hydropower Project Preliminary Design Report

16 MW NALTAR-III HYDROPOWER PROJECT, GILGIT- BALTISTAN

PRELIMINARY DESIGN REPORT

TABLE OF CONTENTS

S.NO. DESCRIPTION PAGE

CHAPTER NO. 1: NTRODUCTION

1.1 General 1-1

1. Project !ocation 1-1

1." #$jecti%es o& '(is )t*dy 1-1

1.+ '(e Project Description 1-

1., ccessi$ility to '(e Project rea 1-

1.6 Pre%io*s )t*dies on '(e Project 1-

CHAPTER NO. 2: SURVEYS AND INVESTIGATIONS

.1 'opograp(ic )*r%eys -1

. Geological and Geotec(nical In%estigations -6

CHAPTER NO. 3: HYDROLOGY STUDIES

".1 ac/gro*nd "-1

". 0ollection o& Hydro-Meteorological data "-1

"." Hydrology "-

CHAPTER NO. : GEOLOGICAL AND SEISMIC HA!ARD STUDY

+.1 Regional Geology +-1

+. Geology o& t(e Project rea +-1

+." Detailed Description o& Geology o& t(e Project 0omponents +-"

+.+ )eismicity +-1

+., 0onstr*ction Material +-1

1




CHAPTER NO. ": POWER POTENTIAL STUDY

,.1 Power and 2nergy Potential ,-1

,. Power Potential ,-6

CHAPTER NO. 6: DESIGN OF CIVIL ENGINEERING COMPONENTS

6.1 General Design 0riteria 6-1

6. Project !ayo*t 6-1

6." Design 0onsiderations &or 3ey Project 0omponents 6-

6.+ Design o& 0i%il )tr*ct*res 6-,

CHAPTER NO. #: ELECTRO MECHANICAL E$UIPMENTS

4.1 Design Parameters 4-1

4. Pelton '*r$ines 4-1

4." Dewatering and Drainage )ystem 4-"

4.+ 0ooling5 entilation and Heating 4-+

4., *7iliary 28*ipment 4-,

4.6 2lectrical 28*ipment 4-6

4.4 )ystem re8*irements 4-4

4.9 'ransmission !ine and Interconnection 4-19

CHAPTER NO. %: PROJECT IMPLEMENTATION AND CONSTRUCTION

PLANNING

9.1 Project Implementation 9-1

9. 0onstr*ction Planning and )c(ed*ling 9-"

2




L&'( )* F&+'

:ig*re-1.1; !ocation Map o& t(e Project

:ig*re-1.; )c(ematic Diagram o& t(e Project

:ig*re-1."; Project !ayo*t Plan

:ig*re-1.+; ccess to Gilgit 0ity $y Road

:ig*re-1.,; ccess to Project )ite &rom Gilgit 0ity

:ig*re-.1; Demarcation Map o& Project rea

:ig*re-.; !ayo*t Plan o& Geotec(nical In%estigation

:ig*re-".1; Mean Mont(ly Precipitation

:ig*re-".; Mean Mont(ly 'emperat*re

:ig*re-"."; 0atc(ment rea o& Naltar Ri%er at Proposed Naltar-III Weir )ite

:ig*re-".+; :low D*ration 0*r%e at Naltar-III Weir )ite

:ig*re-".,; :re8*ency nalysis o& Instantaneo*s Pea/ Disc(arges at Naltar-III

:ig*re-+.1; 'ectonic Map o& t(e Project

:ig*re-+.; Regional Geological Map

:ig*re-+."; Preliminary Geological Map

:ig*re-,.1; Naltar-III Hydropower )tation < Detail Design Parameters

:ig*re-6.1; rea/ *p o& Project !ayo*t Plan

:ig*re-6.; 'yrolean Weir Plan

:ig*re-6."; 'yrolean Weir =-)ection -

:ig*re-6.+; 'yrolean Weir =-)ection -

:ig*re-6.,; 'yrolean Weir !ongit*dinal )ection 0-0

:ig*re-6.6; 0onnection 0(annel 'ypical =-section

:ig*re-6.4; )and 'rap Plan

:ig*re-6.9; )and 'rap =-)ection - > =-)ection -

:ig*re-6.?; )and 'rap !ongit*dinal )ection 0-0

:ig*re-6.1; Headrace 'ypical =-)ection

:ig*re-6.11; Headrace 'ypical =-)ection at RD. @1

:ig*re-6.1; Headrace 'ypical =-)ection at RD. 1@

3




:ig*re-6.1"; Headrace 'ypical =-)ection at RD. @6

:ig*re-6.1+; :ore$ay Plan

:ig*re-6.1,; :ore$ay =-)ection - > )ection -

:ig*re-6.16; :ore$ay !ongit*dinal )ection 0-0

:ig*re-6.14; Penstoc/ !ongit*dinal )ection

:ig*re-6.19; Power Ho*se Plan

:ig*re-6.1?; Power Ho*se =-)ection -

:ig*re-6.; Power Ho*se =-)ection -

:ig*re-9.1; Project Implementation Plan

4




L&'( )* T/0'

'a$le-1.1; )alient :eat*res o& t(e Project

'a$le-.1; Details o& )*r%ey 0ontrol Points

'a$le .; rea/*p o& Geotec(nical In%estigations

'a$le ."; 'entati%e A*antity o& :ield > !a$oratory 'esting

'a$le ".1; Mean Mont(ly Precipitation

'a$le-".; Mean Mont(ly 'emperat*res

'a$le-"."; Mean Mont(ly Disc(arges at Naltar-III Weir )ite

'a$le-".+; 1-Daily Disc(arges at Naltar-III Weir )ite

'a$le-".,; Mean Mont(ly Disc(arges at Naltar-III Weir )ite Bwit( ct*al and

Generated )eriesC

'a$le-".6; 0omparison o& :low Patterns at Naltar III Weir )ite

'a$le-".4; Instantaneo*s Pea/ :low and Daily Ma7 :low at Daniyor ridge and

Naltar

ala

'a$le ".9; Res*lts o& :re8*ency nalysis o& Instantaneo*s Pea/ Disc(arges at

Naltar-III

'a$le-,.1; 2&&iciency 0oe&&icients o& ario*s Power Plant 0omponents

'a$le-,.; Design Parameters o& '*r$ine

'a$le-,."; Power )im*lation 0orresponding to 16 Mw Installed 0apacity on t(e

asis o& Hydrology &or t(e Period 1??, 'o 1??? and 6 'o 1

'a$le-4.1; )elected '*r$ines Data

'a$le-4.; Preliminary 0ooling )ystem

'a$le 4."; Generator Design Data

'a$le-4.+; 'rans&ormer Data

'a$le-4.,; 66/ )witc(gear design data

'a$le-4.6; Power(o*se D0 )*pply Re8*irements

'a$le-4.4; Inta/e B:ore$ayC D0 )*pply Re8*irements

'a$le-4.9; Generator Protection

'a$le-4.?; Protection o& #t(er 28*ipment

'a$le-4.1 0apacity Re8*irements o& Diesel )et

L&'( )* P/('

5




Plate-.1; n #%er%iew o& t(e Project rea B!oo/ing downstreamC

Plate-.; '(e Data c8*ired Is eing Downloaded #nto a 0omp*ter

Plate-."; #ne o& t(e 0ontrol Points 2sta$lis(ed $y N2)P3 )*r%ey 'eam

Plate-.+; Proposed )ite &or Penstoc/

Plate-.,; Proposed )ite &or 'yrolean Weir

Plate-+.1; General iew o& Weir )ite

Plate-+.; !ocation o& )andtrap )ite

Plate-+."; Headrace 0(annel )ite on t(e Rig(t an/ o& t(e Naltar Ri%er

Plate-+.+; !ocation o& :ore$ay )ite B0*lti%ated &ieldsC

Plate-+.,; not(er iew o& !ocation o& :ore$ay )ite

Plate-+.6; 0loser iew o& !ocation o& 0*lti%ated :ield t(ro*g( W(ic( t(e Penstoc/

is to 0ross

Plate-+.4; !ocation &or 2nd Portion #& Penstoc/

Plate-+.9; Power Ho*se and 'ailrace !ocation

Plate-+.?; 27tensi%e )tream$ed Deposits near '(e illage Naltar Payeen

6

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