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Ghazi Barotha Hydel Power

Ghazi Barotha Hydel Power


Ghazi-Barotha Hydropower Project is an excellent,450 MW run-of-the-waterway hydropower related to the Indus River about 10 km (6.2 mi) west of Attock in Punjab. Construction of the project that started in 1995 exists of 5 engine converting energy. The last alternator was instructed on 6 April 2004 and the project was achieved by that December. It cost US$2.1 billion accompanying capital from Pakistan’s Water and Power Development Authority (WAPDA), and the World Bank thus.

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Ghazi Barotha Hydropower Project accompanying a era ability of 1450 MW and an average strength harvest of 6600 GWh is situated on the Indus waterway coming after of Tarbela Dam in Distt. Attock (Punjab) distant of 92.7 KM from Islamabad. The project was achieved all along the financial year 2003-2004. This is a big scope waterway and environmentally tenable project devised to meet the severe deficiency of peak capacity demand in the country.

Ghazi Barotha Hydel Power

The blueprint diverts water from a 2.5km-long blast on the Indus River familiar to the metropolis of Ghazi, about 7km coming after the Tarbela Dam and allure hydropower blueprint.

The basic purpose of the Ghazi-Barotha project search out specific determined peak capacity now and then when Tarbela is creating reduced amounts of power. Water from Ghazi passes ahead a 52km-long, 100m-off-course, hardened-interlined open channel to the energy-producing station at Barotha. Having been absent through the blueprint’s five dynamos, it’s restored to a penal institution.

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The project was recognized as being psychologically mature – the blast station and route of the channel were preferred to prevent existent villages place likely. The scheme achieved the UK Energy Institute’s International Platinum Award in 2006 for alluring a creative approach to providing clean and tenable cheap strength.

Ghazi Barotha Hydel Power pakistan

The hydroelectric capacity plants (HPP) are a valuable beginning of energy from undepletable sources; nevertheless, they negatively impact the incidental environments in penal institutions. The paper presents a hearing of the habits to coordinate these questions. The numerical-hydraulic displaying is used to scrutinize the sedimentation process in the riverbed and the rushed lowland.

The sedimentation and trash memory in the canyon is more exhaustive when the HPP dams are short and their ponds do not overflow into floodplains. The excellent silt memory was supposed all along the 1 % possibility flood of 1958 (8000t/old age) in the examined break of penal institution Virvyte. Having organized 3 ponds in this place reach.

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