The Longi Photovoltaic Power Station is located in Xiuzhou District, Jiaxing City, Zhejiang Province, with an installed capacity of 17.73 MW. It is the first BIPV project integrating photovoltaic energy and buildings, implemented by a state-owned enterprise of Beijing. The power station breaks the traditional construction mode of “installing PV systems in existing building” by directly taking photovoltaic modules as an organic part of the building, such as the “PV modules as roof” to supply power for buildings. It fully utilizes the rooftop resources of Le Ye Photovoltaic Module Factory in Longi, Jiaxing, with a rooftop area of about 110,000 square meters, and adopts Longi New Energy’s leading BIPV product—the LONGi Roof. It has an average annual power generation of 18 million kWh, which will provide 430 million kWh of clean energy for the power grid in the next 25 years, equivalent to saving 129,600 tons of standard coal and reducing about 404,900 tons of carbon dioxide emissions, and it strives to achieve the perfect integration of green building materials and high performance of power generation.

The Ningbo Distributed Power Station is located in the Logistics Park of Investment Attraction, Southern Bonded Zone, Beilun District, Ningbo City, Zhejiang Province. The newly-built steel roof of 33,000 square meters is mounted with photovoltaic modules, and the project can supply electricity for its self-use, with the surplus connecting to the grid.

The total installed capacity of the project is about 3.02MW. It is estimated that the total power generation in 25 years will be about 64,134,800 kWh, and 19,900 tons of standard coal will be saved and 53,200 tons of carbon dioxide will be cut.

The Daixi Photovoltaic Power Station is located in Daixi Town, Wuxing District, Huzhou City, Zhejiang Province. It is an agrophotovoltaic project in which crops such as wheat and soybeans are planted under the solar panels while electricity is generated above, achieving both solar energy and crop yield and integrating new energy industry and agriculture simultaneously.

The station has an area of 1,020 mu (around 68 hectares) in mountainous areas and fish ponds, with a total installed capacity of 60MW. The average annual utilization hours can reach 1,037, saving 19,300 tons of standard coal and reducing carbon dioxide by 51,600 tons per year, thus greatly protecting the ecological environment and well practicing the concept of green development.

The Hongfa Distributed Photovoltaic Power Station is located in Hongfa Power Generation Company, Paodu Road, Paojiang Development Zone, Yuecheng District, Shaoxing City, Zhejiang Province. It uses one rooftop in the zone to build the photovoltaic project, and its array is laid by adopting the BIPV roof.

The installed capacity of the project is 1.323MW, all of which is connected to the grid. Its total power generation is about 28.15 million kWh during the entire life cycle of 25 years, which is expected to save 0.86 million tons of standard coal and reduce 23,400 tons of carbon dioxide.

The Aolong Distributed Photovoltaic Power Station is located in Aolong Power Supply Co., Ltd., No.3 Weisandong Road, Shangyu Industrial Park District in Hangzhou Bay, Lihai Street, Shangyu District, Shaoxing City, Zhejiang Province. It uses 12 rooftops in the park to build the photovoltaic project, and its array adopts color steel tiles and concrete roofs.

The installed capacity of the project is 1.97MW. It can supply electricity for its self-use, with the surplus connecting to the grid. Its total power generation capacity in 25 years is about 45.54 million kWh, saving 14,000 tons of standard coal and reducing 37,900 tons of carbon dioxide.

The Yuantai Distributed Photovoltaic Power Station is located in Zhejiang Yuantai Industrial Co., Ltd., No.1738 Renminxi Road, Shangyu District, Shaoxing City, Zhejiang Province. It uses 10 rooftops in the zone to build the photovoltaic project, and its array is laid on BIPV roof.

The installed capacity of the project is 1.97MW, and the project can supply electricity for its self-use, with the surplus connecting to the grid. Its total power generation capacity in 25 years is about 35.71 million kWh, which is expected to save 10,900 tons of standard coal and reduce 29,700 tons of carbon dioxide.