冲击接地电阻测试电路分析

Z. Bajramovic, M. Veledar, O. Hadzic, A. Carsimamovic
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引用次数: 1

摘要

本文对冲击接地特性测试电路的影响参数进行了研究。在对水平接地进行实验研究的基础上,采用大气放电电流,幅值为2.5 kA和2.3 kA,前时间为4 μs,得到了这两种接地电极长度分别为10和20 m时的脉冲特性。对于具体的测试电路,建立了一个计算机模型,该模型以著名的ATP-EMTP为基础,对结果进行了很好的比较。利用该方法对集中接地试验回路的影响分量进行了计算研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of test circuits for measuring impulse grounding resistance
The Paper comprises research about influential parameters on test circuits which are used for exploring impulse grounding characteristics. On the basis of conducted experimental research on horizontal grounding, using atmospheric discharge currents, amplitudes of 2.5 kA and 2.3 kA, front time of 4 μs, obtained the impulse characteristics of these grounding electrodes length 10 and 20 m, respectively. For specific test circuit a computer model was formed and it was based on the well known ATP-EMTP which gave a good comparison of the results. Using this approach computational studies of influential components of concentrated grounding test circuits were performed.
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