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首页> 外文期刊>International Journal of Engineering Research and Applications >Design and Simulation of Dual Inverter Based Energy Storage Systems for Wind Energy Systems Using MATLAB/SIMULINK
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Design and Simulation of Dual Inverter Based Energy Storage Systems for Wind Energy Systems Using MATLAB/SIMULINK

机译：基于MATLAB / SIMULINK的基于双逆变器的风能系统储能系统设计与仿真

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This paper proposes the design and simulation of dual inverter based Energy Storage Systems(ESS) for wind energy systems. A dual inverter consists of MAIN inverter which is connected to grid side and an auxiliary inverter for which an energy storage system is interfaced. Typical grid connected wind energy systems includes wind turbine, PMSG, DC-DC converters, three phase dual inverter ,energy storage system and related power electronic devices. The detailed model of design and simulation of dual inverter based Wind energy system starts with wind turbine coupled PMSG which is connected to three phase diode rectifier and Boost converter which in-turn connected to a dual inverter which is used to deliver the wind energy to grid and also to store the energy in energy storage systems during surplus periods. Also Short term power fluctuations are mitigated and harmonics are reduced. Maximum Power point Tracking (MPPT) method, Energy storage system interfacing is also studied. The overall system model is designed and simulated by using MATLAB/SIMULINK.
机译：本文提出了基于双逆变器的风能系统储能系统的设计与仿真。双逆变器由连接到电网侧的MAIN逆变器和与储能系统相连的辅助逆变器组成。典型的并网风能系统包括风力涡轮机，PMSG，DC-DC转换器，三相双逆变器，储能系统以及相关的电力电子设备。基于双逆变器的风能系统的设计和仿真的详细模型始于风力发电机耦合的PMSG，该PMSG连接到三相二极管整流器和Boost转换器，Boost转换器又连接到用于将风能输送到电网的双逆变器并在剩余期间将能量存储在能量存储系统中。而且，可以减轻短期功率波动并减少谐波。还研究了最大功率点跟踪（MPPT）方法，储能系统接口。使用MATLAB / SIMULINK设计和仿真整个系统模型。

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