Journal of Engineering Research

In the face of water scarcity and the need for energy transition, joint scheduling optimization of cascade hydropower stations is crucial. This model integrates power generation, ecological, and irrigation needs, using advanced algorithms to coordinate the operations of each station. It precisely allocates water resources to enhance power generation efficiency; strictly adheres to ecological flow standards to protect aquatic ecosystems; and ensures irrigation water supply to stabilize agricultural production. Practical examples have demonstrated its significant improvement in the comprehensive utilization of water resources, resolving water use conflicts, paving a solid path for sustainable development in river basins, and advancing the hydropower sector towards a new era of green development.

Cascade hydropower station; Joint dispatching; Water resources utilization; Ecological protection; Power generation benefit