The project aims to integrate an existing micro hydro power unit into the national grid to prevent it from becoming non-operational and to demonstrate the potential of a grid-connected micro hydro solar hybrid system. Solar power will ensure the reliability of export of power to the grid during dry season while micro hydro becomes partly functional.
India’s north eastern region has the largest share of the country’s CO2 absorption sink. It also has a huge potential for clean micro hydro power. Various attempts have been made to establish micro Hydel based renewable energy projects in the region, but most of these have been abandoned due to availability of conventional grid at later stage.. The Ashden India Renewable Energy Collective in association with aims to optimise resource use by tapping the full potential of solar and hydro power. The project site is the Upper Killing village in the Kamrup District of Assam, India. A micro hydro plant is already in existence and has been operated by the local tribal community since 2007, but may soon become defunct as a result of the village’s connection to the national grid in 2014. The specific objectives of the project are:
- To connect the micro hydro plant to the grid to keep it operational
- To inject the energy produced into the grid through a power purchase agreement
- To install a 5 KW solar photovoltaic plant near the existing plant, thereby setting up a pilot project for a solar hydro hybrid system
- To establish training and capacity building, especially for the local communities
- To monitor the activities and develop replication plans
This project aims to install a 10 kW low-head Micro-Hydro Plant (MHP) along a riverside, generating power for a nearby school
To promote the exchange of knowledge and sharing of experiences between practitioners involved in small-scale hydroelectric projects
To demonstrate the energy saving potential which exists in city street lighting system by retrofitting a part of existing street lighting system
This project aims to improve the traditional water mills by replacing wooden equipment in order to make them more efficient and to demonstrate the importance of the technology in the mountainous region. Furthermore, the supply and demand gap of products (such as grains) processed by the water mills could be closed by efficient production and effective marketing.