用于功率因数校正和无线充电应用的z源谐振变换器的实现

Ayush Srivastava, Narendra Kumar
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摘要

本文在无线充电(WPC)的背景下对z源变换器进行了研究。这个概念是用z源谐振变换器来说明的,这是一种为电动汽车电池充电的无线电力传输设备。z源谐振变换器(ZSRC)实现功率因数校正(PFC)并同时自动控制输出端的电压,由于z源逆变器(ZSI),无需像传统的PFC变换器那样使用任何控制电路或额外的半导体器件。换句话说,ZSN是单级PFC转换器系列。此外,由于ZSN不受穿透状态的影响,它适用于高功率应用,提高了系统稳定性并增加了升压功能。本文描述并分析了基于zsrc的WPT系统的工作原理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of Z-Source Resonant Converter for Power Factor Correction & Wireless Charging Applications
The Z-source converter is discussed in this study in the context of Wireless Power Charging (WPC). The concept is illustrated using the Z-source resonant converter, which is a Wireless power Transmission) device for charging electric vehicle batteries. The Z-Source Resonant Converter (ZSRC) implements Power Factor Correction (PFC) and controls the voltage at the output side automatically that too simultaneously, thanks to the Z-Source Inverter (ZSI), without going for any control circuitry or extra semiconductor devices, as traditional PFC converters do. To put it another way, the ZSN is a single-stage PFC converter family. Furthermore, because the ZSN is not affected by shoot-through states, it is appropriate for high-power applications, increasing system stability and adding a boost function. This study describes and analyses the ZSRC-based WPT system’s operational principle.
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