Overview
Diebu Lazikou Ii Hydro is a 5 MW hydroelectric power plant located in China. It operates as a renewable energy facility, contributing to the local power grid.
Diebu Lazikou Ii Hydro is a hydroelectric power plant located in China, with a capacity of 5 MW. The facility is operational and utilizes hydropower as its primary fuel source, positioning it within the small-scale hydroelectric sector. As a hydroelectric plant in China, it operates under the country's regulatory framework for renewable energy, which includes policies promoting clean energy development and emission reductions. The plant's small capacity suggests it may serve local or regional electricity needs, typical for run-of-river or small reservoir projects. The environmental significance of Diebu Lazikou Ii Hydro lies in its use of a renewable energy source, which helps reduce reliance on fossil fuels and lowers greenhouse gas emissions. Its operation supports China's goals for increasing renewable energy capacity and improving energy security.
Environmental context
The plant's hydroelectric generation produces no direct CO2, SOx, or NOx emissions, offering a clean alternative to thermal power. Its small capacity and likely run-of-river design minimize ecological disruption, though local aquatic habitats may be affected by flow regulation. The facility contributes to regional renewable energy targets and reduces the carbon footprint of the power sector.
Frequently asked questions
Diebu Lazikou Ii Hydro is located in China, with coordinates approximately 34.0764 N, 103.8944 E.
It is a hydroelectric power plant that generates electricity using water flow.
The plant has a capacity of 5 megawatts (MW), classifying it as a small-scale hydroelectric facility.
Hydroelectric plants in China are subject to the Renewable Energy Law, which promotes clean energy development, and environmental impact assessments for water resource projects.
As a renewable energy source, it produces no direct emissions, helping to reduce greenhouse gases and support China's clean energy transition.