United Nations

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

The Qinghai Maqin Gequ Level 2 hydropower station generates zero-green gas emission electricity through the application of hydropower and displaces the same amount of electricity from the Northwest China Power Grid (NWPG) that is mainly dominated by electricity derived from coal-fired power plants.

Experience the incredible impact of green energy with the Sichuan Miyaluo Hydroelectric Station! Situated in Li County, Aba State of Sichuan Province, China, an economically disadvantaged area, this innovative hydropower initiative is poised to reshape the way we think about sustainable energy.

The objective of the project is the generation of zero carbon emission electricity from hydropower and the displacement of the same amount of electricity from the Northwest China Power Grid (NWPG) that is mainly dominated by electricity derived from coal-fired power plants.

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…

The Chancay Hydroelectric Power Plant is a run-of river reservoir hydroelectric power plant located in Peru, in the district of San Miguel de Acos, province of Huaral, and department of Lima. The purpose of HPP Chancay is to generate electricity using renewable energy sources to be supplied to Peru’s National Interconnect…

The bundled project activity comprises of two run-of-the river hydroelectric schemes with capacities of 5 MW each. It utilizes surplus hydro potential available in Baner Khad & Iku Khad, both tributaries of the river Beas in the state of Himachal Pradesh, Northern India. It exports the generated electricity to the Himachal…