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On the morning of January 10, 2020, the 2019 Conference of National Science and Technology Awards was grandly held in Beijing. 20 outstanding scientific and technological achievements of Tsinghua University won the National Science and Technology Awards in 2019.

EEA of Tsinghua University harvested a lot in this award conference. The project "Key Technologies and Applications of Coordinated Control of 10 Million Kilowatt Wind and Photovoltaic Power Cluster Source Network" participated by Associate Professor Lu Zongxiang of EEA won the second prize for National Scientific and Technological Progress.

Main participants:

Wang Ningbo, Xu Taishan, Ma Shiying, Wang Duo, Lu Zongxiang, Zhou Qiang, Liu Wenying, Zhou Shiyuan, Ma Yanhong, Wang Haohao

Associate Professor Lu Zongxiang (in the middle)

Main participating organizations: State Grid Gansu Electric Power Company, State Grid Nanrui Technology Co., Ltd., China Electric Power Research Institute Co., Ltd., Tsinghua University, North China Electric Power University, XJ Group Corporation, China Guodian Gansu Electric Power Co., Ltd.

The project, designed to satisfy the major strategic demand for new energy development in China, has broken through a series of difficult problems in 10 million kilowatt wind and photovoltaic power cluster, such as resource power characteristic analysis, cluster power control, multi-source-grid source coordinated control, equipment development, system integration and demonstration application, etc., built a demonstration base of 10 million kilowatt wind and photovoltaic power cluster source network coordinated control system in Hexi Corridor for the first time, covering 84 wind farms (12.82 million kilowatts), 154 photovoltaic power stations (8.07 million kilowatts), 4 thermal power plants (2.4 million kilowatts) and 1 UHV DC converter station, and has realized the leap from following to leading the large-scale new energy control technology in China. With great economic and social benefits, the achievement has been generalized in 12 provinces and regions, including Qinghai, Heilongjiang and Shanxi.

Schematic drawing for the application of the coordinated control system in the wind and photovoltaic power cluster and main grid in Hexi Corridor

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