Abstract
For distributed photovoltaic power sources are intermittent and random, which makes it difficult to meet the needs of distribution networks, this article proposes an economic planning and configuration method for distributed energy storage systems from the perspective of energy storage investors. This paper is based on the investor's perspective with the lowest cost of distributed energy storage as the goal, considering the tide, voltage, storage power, capacity and other constraints, establishing a distributed energy storage configuration optimization model with distributed energy storage investment and construction cost, maintenance costs, store low and sell high for profit and network loss cost as the goal. Convert a single -layer optimization into dual -layer optimization, and conduct simulation experiments in the IEEE 33-node arithmetic system through improved genetic algorithms. According to the experimental results, the model proposed in this paper can enhance the voltage quality and economic efficiency of the grid and reduce the network losses.
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