China

Chitan Hydropower Station— 200 MW Hydroelectric

HydroRenewableVerified: Feb 2026

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The 池潭水电站 (Chitan Hydroelectric Power Station) stands as a modest yet significant entity in China's vast energy landscape, ranking #1237 out of 4430 power generation facilities in the country. While its capacity of 200 MW may seem small compared to larger plants, it plays an essential role in the local energy grid, contributing to the hydroelectric segment where it ranks #231 among 1000 hydro plants across China. At just 0.01% of the national capacity, it reflects the extensive energy needs of a nation where coal remains the dominant fuel source, comprising a substantial portion of the 1,603,494 MW total capacity across all plants. Technologically, Chitan utilizes advanced hydroelectric generation methods, harnessing the gravitational force of flowing water to produce electricity efficiently. This makes it a reliable renewable energy source, particularly in a country increasingly focused on diversifying its energy portfolio. Located in Fujian Province, the plant is not isolated in its operations; it is part of a regional cluster of hydro plants, including the nearby Chitan plant, which has a capacity of 400 MW, and Chi Tan Shui Dian Zhan, also with a capacity of 200 MW. This proximity enhances grid stability and allows for better management of water resources, especially during peak demand periods. Within this context, Chitan serves a dual purpose: it not only contributes to local energy needs but also supports regional hydroelectric power generation efforts. China's energy profile is gradually shifting, with a growing emphasis on renewable sources, and facilities like Chitan are pivotal in this transition. The plant is operated by a local energy company, and although the commissioning year is unspecified, it is likely to have been established in alignment with China's aggressive energy development strategies. As the country continues to invest in renewable energy infrastructure, the importance of Chitan and similar facilities could increase, playing a crucial role in the ongoing efforts to reduce carbon emissions and promote sustainable energy practices.