The 250-megawatt photovoltaic power station in Shuiquan, Pingchuan, Baiyin, Gansu Province by FGI has been completed and is awaiting grid connection
The installed capacity of this project reaches a peak of 305.37 megawatts, with a rated capacity of 250 megawatts. The site area includes a step-up substation, photovoltaic module arrays, box-type transformers, and maintenance roads, forming a modern photovoltaic power station integrating power generation, transmission, and operation and maintenance.
After the power station is completed, the annual power generation is 470 million kilowatt-hours, and the total power generation during the 25-year operation period is approximately 11.2 billion kilowatt-hours. As a supporting project for the national "14th Five-Year Plan" key project "Longhai Electricity Transmission to Shandong", the electricity generated is boosted and collected by the 110-kilovolt upgrading station, then connected to the 330-kilovolt Beinan Substation. From there, it is sent to the 330-kilovolt Beinan Substation and then to the 750-kilovolt Baiyin Substation to be integrated into the main power grid of Gansu Province. After that, it is transmitted through the 750-kilovolt Qingyang Substation to the Longdong Converter Station and then sent to the Shandong power grid through the ultra-high voltage direct current line for consumption.
It is known that in the 150-megawatt new energy project of "Long'an Electricity Transmission to Shandong" by FGI, the 90-megawatt photovoltaic installation capacity accounts for 60% of the total installed capacity of the project. It covers the 15-megawatt photovoltaic power generation projects in Jingtai Shitangdong, Jingtai Fumin, Jingyuan Beitan, Pingchuan Shuiquan, and Pingchuan Baoci, all of which use rectangular sheet photovoltaic modules with a capacity of 610 peak watts or above. These modules have the advantage of high photoelectric conversion efficiency. The photovoltaic project can generate 1.57 billion kilowatt-hours of electricity annually, accounting for 55% of the total annual power generation of 2.85 billion kilowatt-hours of the entire project. This is equivalent to injecting more than half of the clean power into the "green energy engine". This proportion not only reflects the design concept of "FGI's thermal power and storage integration", but also provides stable low-carbon power support for the Shandong power grid, and has become a core force in promoting the adjustment of the energy structure.
