Abstract
There is a shortage of water resources in the Huaihe River area. With the development of the economy and society, the shortage of water resources is becoming more and more serious. Among them, the Yangtze to Hauihe Water Division is a strategic backbone project to solve the contradiction between water supply and demand in the Huaihe River Basin and the Jianghuai Water Shortage Area, which can improve the water resources allocation capacity in the basin. Chaohu Lake is an important storage place for the Yangtze to Hauihe Water Division. This paper takes the Chaohu optimal operation of the Yangtze to Hauihe Water Division as an example and uses the partical swarm optimization algorithm to solve the problem. When P=95%, through the comparison of conventional operation, after the optimal operation, the water diversion was reduced by 0.071 billion m3. When P=50%, through the comparison of conventional operation, after the optimal operation, the water diversion was reduced by 0.03 billion m3. The results show that the optimal operation can reduce the water diversion of the Yangtze to Hauihe Water Division River project more effectively.
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