United Nations

Bhilangana - III (B-III) is a run-of-the-river 24 MW (consisting 3 units of 8 MW each) Hydro Power Project located at Village Ghuttu, Tehsil Ghansali, District Tehri, Uttarakhand State, India. The project activity contemplates utilization of water of Bhilangana River, a tributary of the river Bhagirathi, for setting up an…

The Hunan Sanjiangkou 50MW Hydropower Expansion Project is located on the Lishui River, at Shimen County, Changde City of Hunan Province, China. The project is constructed and operated by Hunan Zhaoheng Hydro-electric Power Co., Ltd. The existing station (Sanjiangkou Hydropower Station) has the installed capacity of 62.5 M…

The objective of the project is the generation of zero carbon emission electricity from a renewable source - hydropower.

The purpose of the project “KOWEPO Small hydroelectric CDM Project in Taean” is to generate hydroelectric power by using the net head of cooling water drained into the sea. KOWEPO has established small hydro generators that uses sea water as cooling water and returns it into the sea.

The Vanala Small Scale hydropower project is a 15 MW run of the river type small hydroelectricity generation project located on the river Nandakini in the Chamoli district of the state Uttranchal, India. The project involves installation of two horizontal Francis turbines generating sets of 7.5 MW each for hydroelectricity…

The purpose of the project activity is Hydro power generation on Balsio Nallah, a perennial tributary of Baira Nallah in the Ravi Basin by Ginni Global Pvt. Ltd. (GGPL).

Experience the incredible impact of green energy with the Ganluo Camp Hydropower Project! Situated in the beautiful Aga Town in Ganluo County, Tibetan region of Sichuan Province, China, an economically disadvantaged area, this innovative hydropower initiative is poised to reshape the way we think about sustainable energy.

Zhejiang Tangcun 32MW Hydropower Project is a replacement project (from 9.12MW to 32MW) with the utilization of water flow from the existing reservoir to improve the efficiency and without negative social and environmental impacts from relocation and land submerge as compared with similar scale hydropower project with new…