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Analysis of STS fault current with minimization method of STS turn off delay time

机译:用STS最小化方法分析STS故障电流关闭延迟时间

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摘要

This paper deals with the analysis of fault current occurred in a power system including STS, PCS, and load, which are the part of a microgrid. In case of utility side short circuit fault a huge current may flow through a STS, which results in a severe power quality problem in the microgrid. Therefore, minimization of the fault current and STS breaking time is essential to obtain high power quality. The basic concept of the minimization method is described and the STS fault current magnitude is analyzed with the considerations of power, current direction, etc. The results can be used for the design of a high power quality power system including STS and PCSs.
机译:本文涉及在包括STS,PC和负载的电力系统中发生故障电流的分析,这是微电网的一部分。 在公用事业侧短路故障的情况下,巨大的电流可能通过STS流动,这导致微电网中的严重功率质量问题。 因此,最小化故障电流和STS断裂时间对于获得高功率质量至关重要。 描述了最小化方法的基本概念,并通过电源,电流方向等的考虑分析了STS故障电流幅度。结果可用于设计高功率质量电力系统,包括STS和PCS。

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