Energy Storage Planning and Configuration of Active Distribution Network Based on Load Ordered Clustering

In order to fully excavate scheduling, periodic characteristics of power load, raise the reliability and economy of the energy storage and distribution network planning, based on the year of the three typical load curves, on the basis of similarity analysis, through the orderly clustering analysis. distribution network planning, based on the year of the three typical load curves, on the basis of similarity analysis, through the orderly clustering method for all kinds of load curves according to the time series of annual finer clustering, and the time series of annual finer clustering. method for all kinds of load curves according to the time series of annual finer clustering, The minimum time unit of dynamic configuration of mobile The minimum time unit of dynamic configuration of mobile energy storage in distribution network is planned according to month, and a method of energy storage planning and configuration of active distribution network based on load ordered clustering. The minimum time unit of dynamic configuration of mobile energy storage in distribution network is planned according to month, and a method of energy storage planning and configuration of active distribution network based on load ordered clustering is proposed. Finally, IEEE33 node system is adopted to verify the proposed scheme. The calculation results show that the energy storage configuration scheme considering the actual time sequence characteristics of the load is more economical and can reflect the actual operation of the distribution network. The calculation results show that the energy storage configuration scheme considering the actual time sequence characteristics of the load is more economical and can reflect the actual operation of the distribution network. The scheme is an effective extension of the flexible use of energy storage equipment in the distribution network, and can better serve the variable operation of active distribution network load, so as to better play the role of energy storage.