India

Kadana hydro power station— 240 MW Hydroelectric

HydroRenewableVerified: Feb 2026

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The Kadana hydro power station stands out as the 425th largest power generation facility in India, with a generating capacity of 240 MW. This capacity contributes to a mere 0.05% of India's impressive total installed capacity of 513,890 MW, reflecting the plant's relatively modest role in the vast and diverse energy landscape of the country. Among the 261 hydroelectric facilities in India, Kadana ranks 67th, indicating its significance within the hydro sector as India increasingly turns to renewable sources amidst a dominant coal-based energy system. Located in a region that includes the KADANA hydro power station, which shares its capacity, the Kadana facility is also surrounded by other energy generation plants, including the Banswara Cement plant that produces 20 MW from coal and the Shinawad solar plant, which adds a smaller capacity of 5 MW. This mix of energy types illustrates the regional energy context, where hydro power plays a crucial role, though coal remains a prevalent source. India's energy profile is characterized by 1,805 total plants, with coal being the dominant fuel source. The Kadana hydro power station's contribution to this extensive network is critical, as it provides a clean energy alternative that aligns with the country's push towards sustainability. Despite its smaller share of national capacity, the facility plays a vital role in mitigating the environmental impacts associated with fossil fuels. Operated by Gujarat State Electricity Corporation Limited, the Kadana facility has been an integral part of India's power infrastructure, although the specific commissioning year remains unspecified. As India continues to expand its renewable energy resources, the significance of hydroelectric power plants like Kadana is likely to grow. In the coming years, the Kadana hydro power station is expected to contribute to India's ambitious renewable energy targets, supporting economic growth while reducing greenhouse gas emissions. Its role in the regional energy mix underscores the importance of diverse energy sources in achieving a sustainable energy future for the country.