Performance analysis of lightning overvoltage on medium voltage distribution lines equipped with covered conductors

M. Omidiora, M. Lehtonen
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引用次数: 4

Abstract

This paper gives the performance of lightning overvoltage due real lightning discharges that have occurred in distribution power lines equipped with covered conductors. Evaluation and simulations are based on real lightning data collected from the Finnish Meteorological Institute (FMI) from 1998 to 2008. The presented feeder is an overhead distribution line with a covered conductor subjected to indirect lightning strokes to ground and direct lightning strokes to a line support. Evaluation of induced overvoltage from indirect stroke to the line is analyzed with MATLAB. With the Electromagnetic Transient Program (EMTP), simulations of lightning strokes are performed with different lightning current characteristics. All cases are considered with the modelling guidelines for fast transients as specified in some lightning literature. Simulations are made to compare the resulting overvoltages and energy absorptions of surge arresters for all the analyzed cases
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带屏蔽导体的中压配电线路雷电过电压性能分析
本文给出了敷设有盖导线的配电线路实际雷击放电引起的雷击过电压的性能。评估和模拟是基于芬兰气象研究所(FMI)从1998年到2008年收集的真实闪电数据。所提出的馈线是一条架空配电线路,其有遮盖的导体承受接地的间接雷击和线路支架的直接雷击。利用MATLAB对线路间接行程感应过电压的评定进行了分析。利用电磁瞬变程序(EMTP)对不同雷电电流特性下的雷击进行了模拟。所有情况都按照某些闪电文献中规定的快速瞬变建模准则进行考虑。仿真比较了所分析的各种情况下避雷器产生的过电压和能量吸收
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