Overview
Hubei Lichuan Yunkou is a 30 MW hydroelectric power plant located in Hubei, China. It is operational and contributes to the region's renewable energy capacity.
Hubei Lichuan Yunkou is a hydroelectric power plant situated in Hubei Province, China. With a capacity of 30 MW, it is a small-scale facility within China's vast hydropower sector, which is the largest in the world. The plant plays a role in supplying clean electricity to the local grid. Hydroelectric plants like Hubei Lichuan Yunkou operate under China's regulatory framework for renewable energy, which includes the Renewable Energy Law and national targets for carbon neutrality. The facility uses run-of-river or reservoir-based technology typical of small hydro projects in mountainous regions of Hubei. The plant's environmental significance lies in its zero direct CO2 emissions during operation, supporting China's transition to a low-carbon energy mix. Its location in Hubei, a province with abundant water resources, allows for reliable power generation while minimizing local air pollution compared to fossil fuel plants.
Environmental context
As a hydroelectric facility, Hubei Lichuan Yunkou produces electricity without direct CO2, SOx, or NOx emissions, contributing to improved local air quality. The plant's operation may affect river ecosystems through altered water flow and potential impacts on aquatic habitats. Its location in a mountainous region of Hubei likely involves minimal proximity to dense urban areas, reducing local environmental stress.
Frequently asked questions
Hubei Lichuan Yunkou is located in Hubei Province, China, at coordinates 30.3272 N, 108.9378 E.
It is a hydroelectric power plant that generates electricity using water flow.
The plant has a capacity of 30 megawatts (MW), classifying it as a small-scale hydroelectric facility.
Hydroelectric plants in China operate under the Renewable Energy Law and national policies promoting clean energy, including targets for carbon neutrality by 2060.
As a hydro plant, it produces no direct air emissions but may affect local aquatic ecosystems through water flow alterations.