Capacity Optimization Configuration of Hybrid Energy Storage System Based on Improved Whale Algorithm
Aiming at the characteristics of randomness and intermittency of renewable energy in microgrids,an optimal allocation method of hybrid energy storage system capacity was proposed.This method aims to establish an optimal configuration model for hybrid energy storage capacity with the lowest cost,the best effect of suppressing renewable energy power fluctuations and the highest utilization rate of the power grid tie line,and on the basis of this model,the optimal capacity optimization configuration was obtained by using the improved whale optimization algorithm.Finally,by comparing the traditional whale optimization algorithm with the particle swarm algorithm,the improved whale algorithm can allocate the capacity of the hybrid energy storage system more reasonably,improve the suppression effect of renewable energy power fluctuations,increase the utilization rate of power grid tie lines,and realize the rational utilization of resources.
microgridhybrid energy storage systemcapacity-optimized configurationimproved whale optimization algorithm
万方数据
维普
