考虑时段划分的高风电渗透率系统储能配置OA北大核心CSTPCD

With the increasing permeability of wind power,its characteristics of volatility and randomness result in seri-ous problems of wind curtailment and peak regulation occurring in power system.In this paper,an energy storage opti-mization configuration model for a system with a high wind power permeability considering time division is proposed.First,the peak-valley membership degree is calculated based on net load while taking into account wind power con-sumption,peak-valley difference and user satisfaction comprehensively,and the quantum particle swarm optimization algorithm is used to find the optimal degree.Second,based on the optimal time period,the cost and benefits of thermal power units and energy storage are comprehensively considered,and the optimal energy storage configuration scheme is optimized with minimum net cost as the objective function.Finally,the rationality and effectiveness of the proposed op-timization model are verified by calculation examples with different wind power permeabilities.