Fujian Jiangle Gaotang Hydropower Project

Harness Renewable Power with Low Water-Head Hydropower in Fujian Province

Invest in a future powered by sustainable energy with this impactful low water-head hydropower project. Located in Fujian Province, China, this initiative boasts an installed capacity of 42 MW and generates an impressive 140.086 GWh of clean electricity annually. By feeding directly into the East China Power Grid (ECPG), this project actively displaces electricity generated from predominantly fossil fuel sources, resulting in substantial greenhouse gas (GHG) emission reductions.

Quantifiable impact: This project achieves estimated annual GHG reductions of 111,368 tCO2e, contributing significantly to a lower-carbon energy landscape.

Sustainable Development Impact

Beyond its environmental benefits, this hydropower project is deeply committed to fostering sustainable development within the local community. It addresses key social, economic, environmental, and technological factors, creating a positive ripple effect throughout the region.

Social Wellbeing

• Generates vital employment opportunities in the region, acting as a catalyst for increased economic activity and prosperity.
• Strengthens the local electricity grid infrastructure, improving the reliability, frequency, and overall availability of power in a region previously facing energy deficits.

Economic Wellbeing

• Creates both direct and indirect employment opportunities for the local community, empowering residents and fostering economic independence.
• Provides a significant boost to the local economy through the sale of clean electricity and Certified Emission Reductions (CERs), resulting in increased tax revenues for the local government and supporting essential public services.
• Alleviates power shortages within Fujian Province by providing a consistent and reliable source of supplemental electricity.

Environmental Wellbeing

• Reduces the region’s reliance on polluting coal-fired power plants, mitigating the harmful air and water pollution associated with coal combustion and promoting a healthier environment for local communities.

Technological Wellbeing

• Demonstrates the effective utilization of clean, renewable hydropower technology to harness the potential of hydroelectric resources in a sustainable and responsible manner.

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