Research on Simulation Modeling and experimental technology of large capacity distributed energy storage

Ling Yang, Zhidong Wang, Fengqiang Deng, Mei Liang, P. Zhou
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Abstract

Distributed energy storage technology has become a very hot and important research problem. However, there is no real-time simulation modeling and experimental analysis method for the operation characteristics of energy storage system connected to power system. Real time simulation is a powerful tool for closed-loop experiment of distributed energy storage. The minimum step size of real-time simulation can reach 1 microsecond, which can meet the requirements of distributed energy storage system simulation research. In this paper, the simulation platform of energy storage system is established. The simulation model which can accurately simulate the energy storage battery and energy conversion system is established. The simulation model can be used to test the control function of energy storage. In this paper, the interface between simulator and energy storage control system is designed.
大容量分布式储能系统仿真建模与实验技术研究
分布式储能技术已经成为一个非常热门和重要的研究问题。然而,目前还没有对储能系统并网运行特性进行实时仿真建模和实验分析的方法。实时仿真是分布式储能闭环实验的有力工具。实时仿真的最小步长可以达到1微秒,可以满足分布式储能系统仿真研究的要求。本文建立了储能系统仿真平台。建立了能准确模拟储能电池和能量转换系统的仿真模型。该仿真模型可用于测试储能系统的控制功能。本文设计了仿真器与储能控制系统之间的接口。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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