LONGi Solar Modules Used for 100 MW Floating Solar Plant in Hunan

LONGi Solar has supplied 100 MW of its Hi-MO4m monofacial PERC modules for China Datang Corporation’s first floating solar plant in Hunan Province.

LONGi 100 MW Floating Solar

LONGi Solar, one of the world’s leading solar technology companies has announced that the company has supplied 100 MW of its Hi-MO4m monofacial PERC modules for China Datang Corporation’s first floating solar plant in Hunan Province. It is established practice for the Datang Corporation to implement the strategic deployment of new energy, the floating solar plant being part of the 100 MWFishery-Solar Complementary project owned by the Corporation’s subsidiary, Datang Huayin Electric Power.

Located in the water area of Changhe, Sihushan Town, Yiyang City, the project is the first floating solar plant in Hunan Province to integrate ecological and environmental protection with power generation. It has great significance in realizing the Datang Corporation’s goal of “building a world-class energy enterprise,” implementing its stated policy of restoring ecology and returning fishing to the Dongting Lake.

With a total of 100 MW of installed capacity, the floating plant is built incorporating PV power generation arrays, 35Kv power distribution, and quality stability facilities, a 110 kV booster station and an operational management center. This is the first cooperation between LONGi and Datang Huayin Electric Power.

The plant has adopted LONGi Hi-MO4m monofacial PERC modules and a floating system from Sungrow Power, a key high-tech enterprise focused on the R&D of new energy in China, and one of LONGi’s technology partners. Generally, the BOS cost of a floating solar plant is significantly higher than that of a ground mount plant, but the LONGi Hi-MO4m module can help reduce the BOS cost element of a floating configuration, creating value for the project owner.

According to Datang Corporation estimates, the project can save 40,000 tons of standard coal annually, reduce 721 tons of sulfur dioxide, 1083 tons of nitrogen oxide and 100,000 tons of carbon dioxide, also saving 540,000 tons of water, thus delivering what it describes as valuable “sunlight wealth” for local residents. The project has also enabled five bumper “harvests” of fishing, electricity, tourism, environmental protection, and taxation, making a significant contribution to the local economy and environment.

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Ayush Verma

Ayush is a staff writer at saurenergy.com and writes on renewable energy with a special focus on solar and wind. Prior to this, as an engineering graduate trying to find his niche in the energy journalism segment, he worked as a correspondent for iamrenew.com.