采用单相矩阵变换器的新型高压牵引一次变换器

P. Drábek, M. Pittermann
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引用次数: 3

摘要

本文在工业对特殊牵引传动拓扑结构需求的驱动下,对传统50Hz牵引变压器的拓扑结构进行了研究,致力于使牵引变压器重量最小化。重点研究了交流电力系统的特殊牵引驱动拓扑结构:输入高压台车变换器(单相)-中频变压器(单相)-输出变换器(单相电压源有源整流器+三相电压源逆变器)-牵引电动机。详细介绍了基于中频变压器的新型牵引拓扑变换器控制算法。在额定功率为4kVA的实验室模型上,将理论结论和仿真结果与实验测量结果进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Novel primary high voltage traction converter with single-phase matrix converter
This paper presents research motivated by industrial demand for special traction drive topology devoted to minimization of traction transformer weight against topology with classical 50Hz traction transformer. The main attention has been given to the special traction drive topology for AC power systems: input high voltage trolley converter (single phase) — middle frequency transformer (single phase) — output converter (single phase voltage-source active rectifier + three phase voltagesource inverter) — traction motor. The proposed converter control algorithm of innovative traction topology with middle-frequency transformer has been described in detail. The theoretical conclusions and simulation results are compared with experimental measurements on laboratory model with rated power of 4kVA.
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