The 9 MW (2x4.5 MW) Neria Mini Hydel Power Project developed by Bhoruka Power Corporation Limited is a mini hydroelectric project in Dhakshina kannada district of Karnataka State, India. It is a Run-off the river scheme on Neria river, which is a west flowing river. Major components of the project are a diversion weir was constructed across the river to divert the stream to a power canal upto forebay cum intake structure, individual steel penstock to convey water each hydro generating unit and an open tail race channel to release water back into the river.

The Neria Mini Hydel Power Project is a sustainable energy project in Dhakshina kannada district of Karnataka State, India. Developed by Bhoruka Power Corporation Limited, this mini hydroelectric project generates 9 MW (2x4.5 MW) of clean energy. The project is a Run-off the river scheme on Neria river, a west flowing river. 

Key Highlights:
- A diversion weir was constructed across the river to divert the stream to a power canal upto forebay cum intake structure.
- Individual steel penstock was used to convey water to each hydro generating unit.
- An open tail race channel was implemented to release water back into the river.
- The project generates 9 MW of clean energy, reducing carbon emissions and contributing to a sustainable future.

The Neria Mini Hydel Power Project is important for promoting sustainable energy practices and reducing carbon emissions in India. The project utilizes the natural flow of the Neria river to generate clean energy, avoiding the need for fossil fuels. By providing 9 MW of clean energy, the project contributes to India's efforts to reduce its carbon footprint and mitigate the effects of climate change.

Grid connected renewable electricity generation

9 MW Neria Hyrdroelectric Project, Karnataka, India

Bhoruka Power Corporation Limited developed the Neria Mini Hydel Power Project, a 9 MW (2x4.5 MW) hydroelectric project located in Karnataka State, India. The project diverts water from the Neria river through a diversion weir to a power canal and individual steel penstocks which power each hydro generating unit. The open tail race channel releases water back into the river.