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Research on V2G Control of Smart Microgrid

机译:智能微电网V2G控制研究

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摘要

Based on the rapid development of V2G and smart microgrid, a control strategy of bidirectional AC/DC grid connected module is proposed based on the modeling and analysis of V2G charging topology. The voltage and current doubles closed loop is used as the control strategy to realize AC/DC circuit rectification or inverter. PI parameters of voltage outer loop and current inner loop are adjusted respectively. PI constant current control is adopted for bi-directional DC/DC circuit to achieve charging and discharging. The model is built in the Simulink simulation environment, and the correctness of the control strategy is verified by simulation. The results show that the V2G charging pile can charge and discharge the battery according to the preset control, and the voltage and current difference between the grid-side is 180° to complete the energy flow from the battery side of the grid-side to realize the V2G charging and discharging.
机译:基于V2G和智能微电网的快速发展,基于V2G充电拓扑的建模和分析,提出了双向AC / DC网格连接模块的控制策略。电压和电流倍增闭环用作实现AC / DC电路整流或逆变器的控制策略。分别调整了电压外环和电流内环的PI参数。采用PI恒流控制进行双向DC / DC电路以实现充电和放电。该模型内置于Simulink仿真环境中,并通过模拟验证了控制策略的正确性。结果表明,根据预设控制,V2G充电桩可以充电和放电电池,电压侧的电压和电流差为180°,以完成电池侧的能量流动以实现V2G充电和放电。

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