Overview
Wuluwati Dam is a 60 MW hydroelectric power plant located in China. It is operational and contributes to the region's renewable energy capacity.
Wuluwati Dam is a hydroelectric power plant situated in China, with a capacity of 60 MW. The facility is operational and plays a role in the country's renewable energy portfolio, leveraging water resources for electricity generation. As a hydroelectric plant, Wuluwati Dam operates without direct fuel combustion, resulting in minimal emissions of CO2, SOx, and NOx. The technology relies on water flow to generate power, making it a clean energy source. In China, hydroelectric projects are subject to national environmental regulations, including the Environmental Impact Assessment Law and the Water Law, which govern water usage and ecological protection. The plant's capacity of 60 MW places it in the small-to-medium scale range for hydroelectric facilities. Its operation supports grid stability and provides renewable energy to the local area. The dam's location in a region with significant water resources underscores its role in sustainable power generation.
Environmental context
Hydroelectric power generation like that at Wuluwati Dam has a low carbon footprint but can affect local aquatic ecosystems and water flow patterns. The facility's location in China may involve considerations for sediment management and fish passage. Typical hydro projects balance energy production with environmental stewardship.
Frequently asked questions
Wuluwati Dam is located in China, with coordinates approximately 36.82° N, 79.45° E.
Wuluwati Dam is a hydroelectric power plant, generating electricity from water flow.
The plant has a capacity of 60 megawatts (MW), placing it in the small-to-medium scale for hydroelectric facilities.
Hydroelectric plants in China must comply with the Environmental Impact Assessment Law and the Water Law, which require assessments of ecological impacts and water usage.
Hydroelectric power has low emissions but can alter river ecosystems, affect fish migration, and change sediment transport. Proper management mitigates these impacts.