9 reservoirs operating and managed by the Three Gorges Group are incorporated into the joint dispatch system of water engineering in the Yangtze River Basin in 2022

According to the "Joint Disvital Scheduling Plan for the 2022 of the Yangtze River Basin" approved by the Ministry of Water Resources on June 22, as of now, the 9 -seat reservoir operated by the Three Gorges Group is incorporated into the joint dispatch system of water engineering in the Yangtze River Basin in 2022.

Wudongde Reservoir Photography: Xu Jian

Baihetan Reservoir Photography: Huang Zhengping

Xiluo Pavilion Photography: Xie Lei

Xiangjiaba Reservoir Photography: Peak

Three Gorges Reservoir Photography: Tang Wei

There are 5 streams of these nine reservoirs in the upper reaches of the Yangtze River, namely: the Jinsha River dry flow of Wudongde, Baihe Beach, Xiluo Du, Xiangjiaba Reservoir, and the Yangtze River Sanxia Three Gorges Reservoir; Qingjiang dry flowing water clothing, acoustic rock reservoir, Dongting Lake water system in the Pinghe Pinghe Reservoir, Hanjiang Water System Nanhe Sanling Reservoir.

Water Cloth Reservoir Photography: Zhou Yun

Photography of Danghe Rock Reservoir: Tang Wei

Photo Conferring in Jiangpinghe Reservoir Hubei Energy Polymorph and Hydropower Company

Sanling Reservoir Photography: Qian Congyue

Comprehensive consideration of factors such as the scale of engineering, control, and operation, a total of 51 controlled reservoirs in the joint scheduling range of the Yangtze River Basin in 2022, with a total adjustment of 116 billion cubic meters, of which the total regulation of the 9 -seat reservoir of the Three Gorges Group was 42.568 billion cubic meters It accounted for nearly 37%; the total flood control library was 70.5 billion cubic meters, of which the total flood control library of the 9 -seat reservoir of the Three Gorges Group was 38.964 billion cubic meters, accounting for more than 55%. The flood prevention capacity of the major power of the Three Gorges Group's construction and operation will continue to play an important role in the scheduling of flood control in the Yangtze River Basin.

Author of this article: Tang Dongjun Han Yan Gong Wenting

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