Overview
Jinhanlazha Niru Riverchina is a 58 MW hydroelectric power plant in China. It is operational and contributes to the region's renewable energy capacity.
Jinhanlazha Niru Riverchina is a hydroelectric power plant located in China, with a capacity of 58 megawatts. The facility is operational and plays a role in the country's renewable energy portfolio, leveraging the flow of the Niru River for power generation. Hydroelectric plants in China are subject to national regulations including the Water Law and Environmental Protection Law, which govern water resource management and ecological impacts. The plant's technology is typical for run-of-river or reservoir-based hydro projects, with efficiency influenced by seasonal water availability. The facility contributes to grid stability and supports China's goals for increasing non-fossil fuel energy sources. Its location in a mountainous region suggests minimal local air emissions, though ecological considerations such as fish migration and sediment flow are relevant for hydro operations.
Environmental context
Hydroelectric power generation relies on water flow, which can affect local aquatic ecosystems. The plant's operation may influence river hydrology and sediment transport. In China, hydro projects are assessed for environmental impacts under the Environmental Impact Assessment Law, with measures to mitigate effects on biodiversity and water quality.
Frequently asked questions
Jinhanlazha Niru Riverchina is located in China, at coordinates 27.748 N, 100.232 E.
The plant has a capacity of 58 megawatts, classifying it as a small to medium hydroelectric facility.
It is a hydroelectric power plant, using water flow from the Niru River to generate electricity.
Hydroelectric plants in China must comply with the Water Law, Environmental Protection Law, and undergo environmental impact assessments to address ecological and water resource concerns.
Hydroelectric projects can alter river ecosystems, affecting fish migration and sediment flow. Mitigation measures such as fish ladders and minimum flow releases are often required.