Direct and Indirect MxC Supplying Active and Passive 5ph-Load System

B. Dobrucký, S. Kaščák, M. Praženica, P. Resutík
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Abstract

The paper deals with compared performances of a direct- and an indirect controlled [3×5] matrix converter (MxC) supplying 5-phase IM, and, mainly, with the experimentation of indirect controlled [3×5] matrix converter supplying 5-phase resistive-inductive load. The output phases of the converter load are connected in star-, pentagon- and pentacle configuration similar to IM phase windings. The article follows the previous author(s) contribution to improving the efficiency of HEV vehicles. The worked-out results are compared through the output power performances of the individual configuration of the load phases. Simulation and experimental results with passive resistive-inductive load are given in the article. It is shown that the pentacle connection provides a maximum output voltage and eliminates the drawback of the used control strategy of MxC.
直接和间接MxC供电主动和被动5ph负荷系统
本文比较了直接控制[3×5]矩阵变换器与间接控制[3×5]矩阵变换器的性能,重点介绍了间接控制[3×5]矩阵变换器提供5相阻感性负载的实验。变换器负载的输出相以星形、五角形和五角形结构连接,类似于IM相绕组。本文延续了前作者对提高混合动力汽车效率的贡献。通过负载各相配置的输出功率性能对计算结果进行了比较。文中给出了无源电阻-电感负载下的仿真和实验结果。结果表明,五角形连接提供了最大输出电压,消除了MxC常用控制策略的缺点。
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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