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Impedance-based analysis of DC link control in voltage source rectifiers

机译:电压源整流器DC链路控制的基于阻抗分析

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This paper analyzes the dynamics influences of the outer dc link control in the voltage source rectifiers based on the impedance model. The ac-dc interactions are firstly presented by means of full order small signal model in dq frame, which shows the input voltage and load condition are the two main factors. Impedance model is then derived and the effects caused by the dc link voltage control are discussed. Oscillations in low frequency range may appear due to the dc link voltage control. Three case studies are presented, and subsequently validated in experimental tests. The experimental results demonstrate the effectiveness of the impedance model and staility analysis.
机译:本文基于阻抗模型分析了外直流链路控制的动力学影响。 AC-DC相互作用首先通过DQ帧中的完整订单小信号模型呈现,显示输入电压和负载条件是两个主要因素。然后导出阻抗模型,并讨论了由DC链路电压控制引起的效果。由于DC链路电压控制,可能出现低频范围的振动。提出了三种案例研究,随后在实验测试中验证。实验结果表明阻抗模型和稳定性分析的有效性。

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