目前，江苏电网中分布式储能系统累计几十余处，规模达到百MW级，呈现分散接入、无序自主运行的态势，而且呈愈演愈烈的趋势，不仅未能起到很好的电网支撑作用，反而对电网造成了一定程度上的冲击。针对该问题，本项目深入剖析不同类型、不同布局的分布式储能汇聚机理，提出多代理系统框架控制策略，并基于江苏电网D5000系统开发分布式储能系统汇聚控制系统，实现分散资源的统调使用。提出基于共享经济理论和储能报价策略的分布式储能“弹性”汇聚效应评估方法，实现储能资源的筛选排序，并在量化电网已有资源的基础上，开展储能补充性规划技术研究，然后基于多代理系统框架搭建多点布局储能系统的集群控制系统，实现分布式储能资源的分层汇聚，并研发分布式储能系统多代理控制系统，最后在示范中对所提方法进行实例验证，为建立局域配电网中高渗透率分布式储能资源的汇聚应用提供重要的理论支撑和技术支持，为江苏电网百MW级储能系统运行提供有力借鉴。

At present, there are dozens of distributed energy storage system in Jiangsu power grid and the scale reached 100 MW level, showing decentralized access, disorderly autonomous operation of the situation. This situation that is intensified trend not only failed to play a very good power grid support role, but caused a certain degree of impact on the power grid. In order to solve this problem, this project analyzes the distributed storage mechanism of different types and different layouts, and puts forward the multi-agent system frame control strategy. Based on the D5000 system of Jiangsu Power Grid, the distributed energy storage system convergence control system is developed to realize the decentralized resource Use. This project proposes a distributed energy storage "elastic" convergence effect evaluation method based on shared economic theory and energy storage quotation strategy to evaluate the convergence potential of distributed energy storage resources, realize the integrated filtering and sorting of distributed energy storage resources. Based on the convergence of resources in the distribution network, this project carries out energy storage system supplementary planning technology research. Then the project builds multi-point distribution of distributed energy storage system cluster control system, to achieve hierarchical aggregation of distributed energy storage resources based on multi-agent system framework. Exploring the dynamic economic scheduling strategy of the wide area distributed energy storage system under the multi-application requirement. Finally, the proposed method is verified in demonstration project to provide an important theoretical support and technical support for the establishment of localized distribution network with high permeability distributed energy storage resources and provide a useful reference for the operation of 100 MW energy storage system of Jiangsu Power Grid.