A Coordinated and Optimized Scheduling Mechanism for User-Side Battery Energy Storage

A scheduling mechanism for user-side battery energy storage(BES) is proposed. The user-side BES is applied to the economic optimized scheduling of distribution network to realize the interconnection of the user-side BES, and the optimized scheduling strategy of the user-side BES is designed. A case study is used to validate the feasibility of the method. We find that the coordinated scheduling mechanism can remarkably cut down the operation cost and enhance the operating efficiency of BES, comparing the coordinated scheduling mechanism with the non-participation of users. The proposed coordinated scheduling mechanism provides beneficial exploration for the application scenario of user-side BES.