geo.wikisort.org - Reservoir

The Kohala Hydropower Project is a proposed run-of-the-river, high head project of 316 meters that will be located near Kohala, in Azad Kashmir. In 2020 the project's agreement was finalised[4] later it was formally signed in a ceremony attended by the Pakistani Prime Minister Imran khan, and Chinese ambassador. [5]

Kohala Hydropower Project
Official name	Kohala Hydropower Project
Location	Azad Kashmir
Coordinates	34°05′57″N 73°29′47″E
Status	Approved for construction[1]
Construction began	n
Opening date	December 2025 (est.) [2]
Construction cost	$2.4 Billion
Owner(s)	China Three Gorges Corporation (CTG)
Dam and spillways
Type of dam	Gravity, roller-compacted concrete
Impounds	Jhelum River
Height	57 m (187 ft)
Length	212 m (696 ft)
Reservoir
Total capacity	49,000,000 m3 (39,725 acre⋅ft)
Active capacity	8,730,000 m3 (7,078 acre⋅ft)
Surface area	.78 km2 (0 sq mi)
Maximum length	6.4 km (4 mi)
Kohala Hydropower Project
Coordinates	34°04′13.6″N 73°30′01.9″E
Type	Run-of-the-river
Hydraulic head	290 m (950 ft)
Turbines	4 x 281 MW Francis-type[3]
Installed capacity	1124 MW
Annual generation	4800 GWh

Location

The diversion dam site is on Jhelum River near Sarran Village 40 km upstream from Muzaffarabad and a 20 km long tunnel connects to the powerhouse which is located at Barsala 7 km upstream from Kohala Bridge.[6][7]

Background

China Three Gorges Corporation (CTGC), the state-owned hydropower developer, won the right to develop a hydroelectric dam in Pakistan on January 7, 2015. The Kohala Hydropower Project will be CTGC's largest investment in Pakistan.[8]

In December 2018 the people of Muzaffarabad held protests against Kohala dam design due to its planned water diversion via tunnel which will bypass the Muzaffarabad city. [9]

Design

The dam's feasibility study and detailed engineering designs were performed by SMEC.[10] The Kohala hydroelectric scheme will have a gravity, roller-concrete compacted dam on the upper branch of the Jhelum, 40 km from Muzaffarabad. The powerhouse, on the lower branch of the Jhelum near Barasala, will house four 281-MW Pelton turbines.

Tariffs

CWE is required to construct the project on a build, own, operate and transfer basis. In 2014, local published reports said the average tariff for the first 12 years was set at 8.9 cents per unit and during the following 18 years would be 5.1 cents per unit. The average tariff for the 30-year life of the project is 7.9 cents per unit. The tariff ensures 17 per cent return on equity on internal rate of return basis.

Carbon credit

The project is expected to earn carbon credit from the United Nations Framework Convention on Climate Change for clean energy development under the Kyoto protocol.

See also

References

Map all coordinates using: OpenStreetMap

Download coordinates as: KML

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