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Real-time coupling coefficient estimation and maximum efficiency control on dynamic wireless power transfer using secondary DC-DC converter

机译:使用次级DC-DC转换器进行动态无线电力传输的实时耦合系数估计和最大效率控制

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Transmitting efficiency is able to be controlled by changing the input impedance on the receiving side using a DC-DC converter for static wireless power transfer system. However, the control method has never been applied for dynamic wireless power transfer system where coupling coefficient changes drastically. The information of coupling coefficient is needed constantly to achieve the control. Moreover, the considerations about dynamics of the transmitting circuit and coupling coefficient are necessary in dynamic wireless power transfer system. In this paper, a simple method of coupling coefficient estimation with RLS (Recursive least squares) filter and maximum efficiency control using a PID feedback controller are proposed. The simulation and experimental results of dynamic maximum efficiency control are provided and indicating the effectiveness of the proposed control in a real dynamic wireless power transfer system for EVs.
机译:通过使用用于静态无线电力传输系统的DC-DC转换器来改变接收侧的输入阻抗,可以控制传输效率。然而,该控制方法从未应用于耦合系数急剧变化的动态无线电力传输系统。持续需要耦合系数信息来实现控制。此外,在动态无线电力传输系统中,需要考虑发射电路的动态特性和耦合系数。本文提出了一种将系数估计与RLS(递归最小二乘)滤波器耦合以及使用PID反馈控制器进行最大效率控制的简单方法。提供了动态最大效率控制的仿真和实验结果,并表明了所提出的控制在电动汽车实际动态无线电力传输系统中的有效性。

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