Comparative study of single-phase earth fault responses of FCC-HVDC and LCC-HVDC

Jiazhu Xu, L. Luo, Junfeng Bai, Xiaofang Li, Yong Li, C. Rehtanz, Dechang Yang, U. Hager
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引用次数: 3

Abstract

In order to study the transient response characteristics of Filter Commutated Converter (FCC) under the condition of single-phase earth fault, in the paper, referring to the CIGRE HVDC benchmark testing model (LCC-HVDC), on the basic of non-changing the short circuit ration (SCR) and some parameters, combining the connecting features of FCC, the new testing model based on FCC (FCC-HVDC) is established in the PSCAD/EMTDC; based the two models of LCC-HVDC and FCC-HVDC, the magnetizing and harmonic characteristics are analyzed comparatively under the single-phase earth fault, the results indicated: (1) the magnetizing current of the converter transformer are both a sudden increase and unidirectional magnetization, but the magnetizing characteristics of FCC-HVDC is better than LCC-HVDC; (2) FCC-HVDC still maintains its good harmonic suppression characteristics.
FCC-HVDC与LCC-HVDC单相接地故障响应的比较研究
为了研究滤波整流变换器(FCC)在单相接地故障条件下的暂态响应特性,本文参考CIGRE HVDC基准测试模型(lc -HVDC),在不改变短路比(SCR)和某些参数的基础上,结合FCC的连接特点,在PSCAD/EMTDC中建立了基于FCC的新测试模型(FCC-HVDC);基于lc - hvdc和FCC-HVDC两种模型,对比分析了单相接地故障下换流变压器的磁化特性和谐波特性,结果表明:(1)换流变压器的磁化电流既有突然增大的又有单向磁化,但FCC-HVDC的磁化特性优于lc - hvdc;(2) FCC-HVDC仍保持良好的谐波抑制特性。
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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