Journal of Engineering Research

In the face of acute water resource supply and demand contradictions, improving utilization efficiency is imperative. The reservoir scheduling optimization model comprehensively considers the uncertainty of incoming water and diverse water demands, constructing a target function through mathematical programming and employing intelligent algorithms to solve for optimal strategies. Through real-time monitoring of multi-source data, the scheduling plan is dynamically adjusted. Case studies show that it has achieved remarkable results in agricultural water conservation and increased production, stable industrial supply with improved efficiency, high-quality domestic water supply, and ecological water source conservation. It effectively reduces water wastage, enhances water supply security, and comprehensively improves the overall benefits of water resources.

Reservoir scheduling; Water resources utilization; Optimization model; Intelligent algorithm; Comprehensive benefit