KOPILI — 200 MW Hydroelectric

The KOPILI hydroelectric power generation facility stands out as a key player in India’s renewable energy landscape, ranking as the 78th largest hydro plant in a nation where hydroelectric power plays a vital role amidst a predominately coal-based electricity infrastructure. With a capacity of 200 MW, KOPILI contributes to the national grid and ranks #453 among India’s 1805 power plants. Originally commissioned in 1993, this facility showcases the potential of hydroelectric energy in a country striving to diversify its energy sources. KOPILI utilizes the gravitational force of water to generate electricity, making it a clean and renewable energy source with minimal environmental impact.

Situated in a region rich in water resources, KOPILI is surrounded by several other hydroelectric plants, including MYNTDU (126 MW), KARBI LANGPI (100 MW), and KHANDONG (50 MW). This concentration of hydro facilities within a 50 km radius not only enhances the reliability of the local grid but also optimizes resource allocation in energy generation. Together, these plants create a synergistic effect, further solidifying Assam’s position as a hub for hydroelectric power in India.

In the broader context of India’s energy profile, KOPILI’s contribution reflects the ongoing shift towards renewable energy, even as coal remains the dominant fuel. With a total capacity of 513,890 MW across all plants, KOPILI’s 0.04% share may seem modest, yet it is critical in the context of increasing energy demands and environmental sustainability. The plant exemplifies how hydroelectric power can help India reduce its carbon footprint while providing reliable electricity to its growing population.

Managed by the NEEPCO (North Eastern Electric Power Corporation), KOPILI has been operational since the early ’90s, showcasing the longevity and reliability of hydroelectric facilities. As India moves towards its renewable energy goals, KOPILI will continue to be an essential component of the country’s strategy to enhance its energy security and combat climate change, highlighting the importance of harnessing local water resources effectively.