China Energy Construction: the largest "sewage photovoltaic" project in China is connected to the grid, with a total capacity of 23.7 MW (peak).
CTOnews.com, November 24, according to the Central and Southern Hospital of China, the Beihu sewage treatment Plant distributed Photovoltaic Power Station Project, the first self-funded distributed photovoltaic project of the country's largest sewage treatment plant, has been connected to the grid at full capacity, ranking first in the country in terms of installed capacity.
The distributed photovoltaic power generation project of Beihu sewage treatment Plant is located in the area of Beihu sewage treatment Plant in Qingshan District, Wuhan City, Hubei Province. It is one of the key projects of "Yangtze River protection" in Wuhan, and it is also a key project of "four-water co-governance". The total capacity of the project is 23.7MW (peak), with a total coverage area of about 115000 square meters. with sufficient sunshine, the project produces about 23,000 kilowatt-hours of electricity per hour, which can provide about 20% clean energy for the production and operation of the whole plant every day.
Photovoltaic modules are arranged on the roofs and pools of some existing buildings in Beihu sewage treatment Plant, in which the component brackets above the secondary sedimentation tank and biological tank are prestressed flexible brackets with an installation capacity of 23.1 megawatts (peak). The height of the steel column is 8 meters, the maximum continuous span is 730 meters, and the maximum single span is 59.3 meters, which is the largest single span in the national flexible support system.
CTOnews.com learned that after the project is connected to the grid, it can provide about 2200 million kilowatt-hours of green clean electricity every year during the 25-year operation period, and all of which will be used for the production of Beihu sewage treatment plant, saving about 8000 tons of coal for power generation, equivalent to reducing carbon dioxide emissions by about 20,000 tons, and achieving remarkable results in reducing pollution and carbon dioxide.
