A model-based buck-type active filter using proportional-resonant controller and GaN HEMTs

A. Taylor, Juncheng Lu, Hua Bai, Alan Brown, Matt Mcammond
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引用次数: 2

Abstract

To filter the 120Hz output current ripple in our previously designed 7.2kW single-phase EV charger, this paper proposes to equip the charger with a buck-type active filter. 650V/60A enhancement mode GaN HEMTs provided by GaN Systems Inc are adopted to work at hard-switching mode. Experimental results indicated that four such switches could be paralleled to hard switch on/off ∼240A, which is the key for the buck-type active filter. A model-based proportional-resonant controller is adopted to smooth the output current. Such control will enhance the dynamic response of the active filter, compared to the conventional PI controller. The experimental output current ripple and power loss analysis are given.
采用比例谐振控制器和GaN hemt的基于模型的buck型有源滤波器
为了对之前设计的7.2kW单相电动汽车充电器的120Hz输出纹波进行滤波,本文提出在充电器上安装buck型有源滤波器。采用GaN Systems公司提供的650V/60A增强模式GaN hemt工作于硬开关模式。实验结果表明,4个这样的开关可以并联到硬开关开/关~ 240A,这是buck型有源滤波器的关键。采用基于模型的比例谐振控制器平滑输出电流。与传统的PI控制器相比,这种控制将增强有源滤波器的动态响应。给出了实验输出电流纹波和功率损耗分析。
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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