水资源保护2025，Vol.41Issue(4)：71-78,124,9.DOI:10.3880/j.issn.1004-6933.2025.04.009
统筹防洪、供水、生态的流域水资源系统优化调度研究
Research on optimization and scheduling of watershed water resources system for integrated flood control,water supply,and ecology
摘要
Abstract
In order to coordinate the multi-objective scheduling of flood control,water supply,and ecological replenishment,and achieve the overall optimization of the economic,social,and ecological dimensions of the water resources system in the Qinhuai River Basin,an optimization scheduling model for the water resources system in the Qinhuai River Basin was constructed.A coupling calculation method with the hydrodynamic water quality model of the river network was proposed,and the NSGAⅢ algorithm was used to solve the coupling model.The results show that compared with conventional scheduling,1％,2％,and 5％frequency flood control scheduling optimizes the economic and ecological dimensions by 2.9％and 5.3％,13.0％and 4.9％,15.1％and 7.0％.50％,75％,95％frequency water supply scheduling optimizes social dimension 9.3％,13.1％,18.8％.During flood season ecological replenishment scheduling optimizes economic dimension 3.6％,8.6％,4.4％.During non-flood season ecological replenishment scheduling optimizes economic dimension 6.1％,4.9％,4.8％.According to the optimized scheduling,the water level control lines of different river sections were obtained,and the scheduling decision rules for flood control,water supply,and ecological replenishment in different periods were proposed.This effectively improved the regulation and storage capacity of the river network and the overall optimization effect of flood control,water supply,and ecology,and enhanced the comprehensive utilization efficiency of water resources.关键词
河网水动力水质模型/水资源系统优化调度/河道水位控制/秦淮河流域Key words
hydrodynamic water quality model/optimization and scheduling of water resources system/river water level control/the Qinhuai River Basin分类
建筑与水利引用本文复制引用
杨子桐,方国华,叶健,黄显峰,金其强..统筹防洪、供水、生态的流域水资源系统优化调度研究[J].水资源保护,2025,41(4):71-78,124,9.基金项目
江苏省水利科技重大项目(2020005) （2020005）
长江航务管理局重点科技项目(2024-CHKJ-013,2024-CHKJ-015) （2024-CHKJ-013,2024-CHKJ-015）
