Developer

North Eastern Electric Power Corp Ltd

www.neepco.co.in

Total capacity of implemented projects

50 - 250 MW

Countries of projects presence

1

North Eastern Electric Power Corporation Limited (NEEPCO) is a leading Indian public sector company that specializes in the development of renewable energy projects. The company was established in 1976 and is headquartered in Shillong, Meghalaya. NEEPCO is primarily engaged in the generation, transmission, and distribution of electricity in the northeastern region of India. The company has a diversified portfolio of renewable energy projects, including small hydro, wind, and solar power projects.

Small hydro power projects are one of the key focus areas of NEEPCO. The company has been developing small hydro power projects in the northeastern region of India for over three decades. Small hydro power projects are defined as hydro power projects with a capacity of less than 25 MW. These projects are typically located in hilly and mountainous regions, where there is a high potential for hydro power generation due to the presence of rivers and streams.

NEEPCO has developed several small hydro power projects in the northeastern region of India. Some of the notable projects include the 60 MW Ranganadi Hydroelectric Project in Arunachal Pradesh, the 45 MW Doyang Hydroelectric Project in Nagaland, and the 36 MW Kopili Hydroelectric Project in Assam. These projects have been instrumental in providing clean and renewable energy to the northeastern region of India.

The Ranganadi Hydroelectric Project is one of the largest small hydro power projects developed by NEEPCO. The project is located on the Ranganadi River in Arunachal Pradesh and has a capacity of 60 MW. The project was commissioned in 2001 and has been supplying electricity to the northeastern grid ever since. The project has helped to reduce the dependence on fossil fuels and has contributed to the reduction of greenhouse gas emissions.

The Doyang Hydroelectric Project is another notable small hydro power project developed by NEEPCO. The project is located on the Doyang River in Nagaland and has a capacity of 45 MW. The project was commissioned in 2000 and has been supplying electricity to the northeastern grid ever since. The project has helped to improve the reliability of the power supply in the region and has contributed to the economic development of the state.

The Kopili Hydroelectric Project is another important small hydro power project developed by NEEPCO. The project is located on the Kopili River in Assam and has a capacity of 36 MW. The project was commissioned in 1984 and has been supplying electricity to the northeastern grid ever since. The project has helped to improve the power supply in the region and has contributed to the economic development of the state.

NEEPCO has been actively exploring new opportunities for developing small hydro power projects in the northeastern region of India. The company has identified several potential sites for small hydro power projects and is currently in the process of conducting feasibility studies. NEEPCO is committed to developing small hydro power projects that are socially and environmentally sustainable and that contribute to the economic development of the region.

In conclusion, NEEPCO is a leading Indian public sector company that specializes in the development of renewable energy projects. The company has a diversified portfolio of renewable energy projects, including small hydro, wind, and solar power projects. Small hydro power projects are one of the key focus areas of NEEPCO, and the company has been developing small hydro power projects in the northeastern region of India for over three decades. NEEPCO has developed several notable small hydro power projects, including the Ranganadi Hydroelectric Project, the Doyang Hydroelectric Project, and the Kopili Hydroelectric Project. The company is committed to developing small hydro power projects that are socially and environmentally sustainable and that contribute to the economic development of the region.