The project activity involves implementation and operation of a 5 MW (2 × 2.5 MW) small scale, grid connected, run-of-the-river Hydroelectric project (HEP), located on the Brahm Ganga Nallah (Tributary of River Parbati) in Kullu District of Himachal Pradesh, India. The purpose of the project is to generate clean energy in a sustainable manner, utilizing hydrological resource of the Nallah. The project consists of two 2.5 MW Horizontal axis Francis turbines. The project activity supplies electricity to the respective State Grid of India, which is highly dominated by thermal based power generating units.

Located in the Kullu District of Himachal Pradesh, India, this project involves the implementation and operation of a 5 MW run-of-the-river Hydroelectric project (HEP) on the Brahm Ganga Nallah, a tributary of River Parbati. The aim of the project is to generate clean energy in a sustainable manner by harnessing the hydrological resource of the Nallah. 

Key Highlights:
- The project utilizes two 2.5 MW Horizontal axis Francis turbines to generate electricity
- The generated electricity is supplied to the respective State Grid of India 
- The project's implementation and operation adhere to strict sustainability standards 

This project is important as it promotes the use of clean energy and reduces dependence on thermal-based power generating units. By utilizing the hydrological resource of the Nallah, the project helps to reduce greenhouse gas emissions and mitigates the negative impacts of climate change. Additionally, the project's adherence to sustainability standards ensures that it is environmentally responsible and socially beneficial.

Grid connected renewable electricity generation

5 MW Brahm Ganga Hydro – Electric Project At Kullu District Of Himachal Pradesh, India

This hydroelectric project in Himachal Pradesh, India generates clean energy in a sustainable manner using hydrological resources from the Brahm Ganga Nallah. The 5 MW project consists of two 2.5 MW Francis turbines and supplies electricity to the state grid dominated by thermal power generation.