Overview
Hunan Lizitang is a 9 MW hydroelectric power plant located in Hunan, China. It generates renewable electricity using hydropower.
Hunan Lizitang is a hydroelectric power plant located in Hunan Province, China, with a capacity of 9 MW. As a small-scale hydropower facility, it contributes to the region's renewable energy generation, supporting China's goals for clean energy development. The plant operates under China's national regulatory framework for hydropower, which includes compliance with environmental impact assessments and water resource management regulations. The technology used is typical for small hydro plants in the region, utilizing river flow to generate electricity without significant fuel consumption. This facility plays a role in the local grid by providing a steady source of renewable power, reducing reliance on fossil fuels. Its operation supports the surrounding communities with clean electricity, aligning with broader environmental objectives in Hunan Province.
Environmental context
The plant's hydroelectric nature means it produces no direct CO2, SOx, or NOx emissions, offering a low-carbon energy source. However, small hydropower can affect local aquatic ecosystems and water flow regimes. Located in Hunan, a region with abundant water resources, the plant's environmental impact is generally localized and managed through regulatory oversight.
Frequently asked questions
Hunan Lizitang is located in Hunan Province, China, at coordinates 26.7339 N, 111.1075 E.
Hunan Lizitang has a capacity of 9 megawatts (MW), classifying it as a small hydroelectric plant.
Hunan Lizitang is a hydroelectric power plant, generating electricity from flowing water.
Hydroelectric plants in China must comply with the Water Law, Environmental Protection Law, and undergo environmental impact assessments. They are also subject to national renewable energy policies.
As a hydroelectric plant, Hunan Lizitang produces renewable energy with no direct emissions, helping reduce greenhouse gas emissions and supporting China's clean energy transition.