Optimal dispatch of integrated energy system based on Spider Wasp Optimizer algorithm

With the aim of reducing the carbon emissions an operational costs of integrated energy system, an optimal scheduling model of integrated energy system considering the integrated demand response is proposed, which aims at the lowest running cost of the system and the lowest carbon emission cost, respectively. The Spider Wasp Optimizer algorithm is used to solve the optimization problem. The simulation results show that considering integrated demand response can achieve a good “Peak clipping and valley filling” effect, and the Spider Wasp Optimizer algorithm can significantly reduce the system operational cost and carbon emission cost. The validity and feasibility of the algorithm are verified.