China

Wudu Dam— 150 MW Hydroelectric

HydroRenewable

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The Wudu Dam, with a capacity of 150 MW, holds the same national rank as the Xinjiang Hetian Bobona, being the 1321st largest power generation facility in China. Commissioned in 2008, this hydroelectric facility is located in a region where coal power dominates, reflecting the broader energy profile of a country that boasts 4430 total plants generating a staggering 1,603,494 MW of electricity. Wudu Dam ranks as the 263rd largest hydro facility among China's 1000 hydro plants, emphasizing its role in promoting renewable energy amid a heavy reliance on fossil fuels. The plant utilizes a conventional hydro generation method, effectively converting the kinetic energy of flowing water into electrical power, thereby contributing to the country's renewable energy goals. In close proximity to Wudu Dam are several significant plants, including the Jiangyou power station, a large coal-fired facility with a capacity of 1260 MW, and the Jiangyou gas plant, which adds another 700 MW to the energy mix. Smaller hydro facilities, such as Sichuan Keguang 3rd Level (22 MW), Sichuan Keguang 1st Level (20 MW), and Muguadun Hydroelectric (20 MW), further diversify the local energy landscape. Despite the impressive capacity of coal plants nearby, Wudu Dam plays a vital role in the regional push for cleaner energy alternatives, highlighting the importance of hydroelectricity in reducing greenhouse gas emissions. This facility constitutes approximately 0.009% of the total national capacity, reflecting its significance in the ongoing effort to transition towards more sustainable energy solutions. The operator of the Wudu Dam has taken into account the environmental benefits of hydro power, aligning with national objectives to increase the share of renewables. As China continues to grapple with the impacts of climate change, the ongoing operation and maintenance of the Wudu Dam represent a crucial component of the region’s energy infrastructure, ensuring a balanced and resilient energy future.