Blending clean energy with ecological farming, Huasun Energy has completed a 25 MWp high-efficiency heterojunction (HJT) module installation for the newly commissioned fishery-solar hybrid project in Liqiao Town, Xuancheng, Anhui Province, East China. Developed in partnership with Datang Xuancheng New Energy, the project reflects China’s growing push to align rural revitalization with its dual-carbon goals.
As one of the key participants of the Liqiao Fishery-Solar Hybrid Project, Huasun was responsible for supplying and building the HJT PV modules of the project’s first phase, with a total capacity of 25 MWp—including a 16.8 MWp capacity expansion. The project exclusively utilized Huasun’s high-efficiency Himalaya G12-132 HJT solar modules.
Recognized as a flagship project under Datang Anhui Company’s green energy strategic initiative, the Liqiao project is expected to deliver 20.59 million kWh of green electricity in its first year (based on the 16.8 MWp addition). This is sufficient to power 12,000 households, while saving approximately 6,750 tons of standard coal and reducing CO₂ emissions by 20,500 tons, equivalent to reforesting 114 hectares.
Beyond power generation, the system is thoughtfully designed to enhance aquaculture conditions. Supported by fixed mounting structures over the ponds, Huasun’s HJT modules create an optimal environment for fish farming below. The module layout helps moderate water temperature and reduce oxygen depletion during hot summers, while also limiting eutrophication and algal blooms—contributing to cleaner water and healthier aquatic life.
With nearly 100% bifaciality, Huasun’s HJT modules are ideally suited for water-based PV applications such as ponds, shallows, and aquaculture sites. Their symmetrical design and high rear-side efficiency allow them to capture more reflected light from the water surface, resulting in higher energy yields compared to conventional technologies.
Now fully operational, the Liqiao project demonstrates how renewable energy can go beyond electricity generation. By combining solar power with sustainable aquaculture, it supports local livelihoods, optimizes land use, and contributes to rural economic development, creating lasting value for both people and the environment.
