Professional technical team is able to provide an accurate assessment of complex mountain project resources and construction costs, minimizing the investment risk caused by resource uncertainty.
Based on high-precision terrain simulation and three-dimensional simulation technology, the design work of roads, foundation, civil engineering of step-up substation can be completed quickly and accurately for mountain wind power projects.
Small platform hoisting technology can minimize the peak cutting and the engineering cost while achieving an accurate estimation of the power loss caused by peak cutting.
A variety of fan foundation forms suitable for different geological conditions are available, which can reduce the project cost, and shorten the construction period.
The project is located in the Gobi desert, 67km northwest of Minqin County, Gansu Province, with an altitude of 1,300 to 1,600m. Adjacent to wind farms in Jinchang and Alxa Left Banner and Right Banner of Inner Mongolia, it boasts good wind resources. The project is expected to be completed by the end of the year. Upon completion, the project will effectively promote the environmental protection of Hongshagang area, the optimization of regional energy structure and the sustainable and sound development of local economy.
It is a newly built project, with a total of 80*2500kW wind turbines, and a total installed capacity of 200MW.
A 110kV step-up substation is built at the same time in the wind power plant, which will connect the electricity generated by the wind power plant to the 220kV Hongxing Step-up Substation through a 9km-long 110kV line. Once it comes into operation, the wind farm is expected to generate 200 million kWh of electricity annually.
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