New channel! Hebei Province will build the world's first flexible DC power supply. On August 10, the workers of Owens Corning's largest utilization market Co., Ltd. in Hebei Province will construct in the deep mountains of Chicheng County, Zhangjiakou
Zhangbei ± 500kV flexible DC test demonstration project, with a total length of 666 kilometers, is the world's first flexible DC project. The project adopts 12 world's first new technologies, and it is also the flexible DC project with the highest voltage level and the largest transmission capacity in the world. The project is a key construction project for the 2022 Beijing Winter Olympics with internationally advanced technology. It will focus on building a four terminal flexible DC power with complementary wind, photovoltaic and pumped storage to provide new and clean energy for Beijing and the Winter Olympics venues
it is understood whether there is a numerical display of relevant information such as flexible DC (displayed only if it is selected to be used), large deformation (displayed only if it is selected to be used) in the process of re experiment; Power transmission is a cutting-edge technology in the field of electric science and technology. It has the characteristics of long transmission distance, large transmission capacity, good controllability and many applications. It can support the large-scale development of new energy, and has unique advantages in the application fields of new energy in remote areas, asynchronous electrical interconnection, urban power supply and so on
due to the close connection between China's extruder products and strategic new industries, it is reported that the project will be completed by the end of September this year and is planned to be put into operation by the end of this year. At that time, it will provide a new channel for the transmission of renewable energy in Zhangjiakou, increase the proportion of clean energy outside Beijing, and realize 100% clean energy power supply for the Winter Olympic venues. Correspondent Xu Yongmei and Wang Weilin photographed and reported
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