TURFAN, China, May 29, 2025 /PRNewswire/ — On May 29th, State Grid Turfan Power Supply Company announced that the installed capacity of new energy in Turfan reached 9.035 million kilowatts, representing 74.2% of the total installed capacity of power sources. Known as the “Hot Pole of China,” Turfan is strategically located in the central area of one of Xinjiang’s nine major wind regions. It boasts abundant wind and solar resources and plays a crucial role in the country’s “Three Bases and One Channel” strategy. Since the beginning of this year, Turfan has planned to add 10.96 million kilowatts of new energy grid-connected installed capacity. To date, 3.505 million kilowatts have been successfully connected to the grid, achieving a progress rate of 31.9%.
To support the development of the new energy industry, since 2024, State Grid Turfan Power Supply Company has adhered to the principle of “letting electricity wait for development rather than letting development wait for electricity.” The company has invested a total of 231 million yuan to efficiently complete seven key projects, including the Xiaocao Lake West Booster Centralized Station. The total length of newly constructed transmission lines has reached 134.6 kilometers, further strengthening the power grid framework and enhancing the transmission capacity of new energy.
In response to the increasing demand for new energy grid connection, State Grid Turfan Power Supply Company has continuously innovated its service measures for new energy grid connection and implemented a “1 station, 3 stages” full-process control mechanism. This includes providing “one-stop service” and accelerating business processing during the three critical phases of new energy grid connection: preliminary work, engineering construction, and acceptance and grid connection. Effective measures are proposed at each stage, from planning and construction to grid connection and operation, ensuring the safe and stable operation of the power grid while fully supporting the rapid development of new energy.
