Research on the optimal allocation of regionally integrated energy systems including multiple energy storage

Abstract The current rapid development of renewable energies, represented by wind energy, poses an enormous challenge for the planning and configuration of integrated energy systems. In this article, a method for optimal allocation of integrated district energy system considering multiple energy storage is proposed, an optimization model of the configuration of the integrated energy system is established to minimize the cost of the integrated system, and the model is solved by using the HJ-PSO optimization algorithm to obtain the optimal energy configuration of the system. The results show that integrated energy systems with multiple energy storage equipment can effectively meet energy demand and the total economic cost of the system can be reduced by 10.4% compared with integrated power systems without energy storage devices, thus achieving better economic and environmental benefits.