Line arrester application field study

J. McDaniel
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引用次数: 2

Abstract

Overall, lightning is one of the leading causes of interruptions on Distribution Systems, particularly for utilities that have a medium to high level of lightning activity. This study examines the impact of arrester spacing on the lightning performance of a 12.5 kV distribution system. Sixty of the worst performing circuits, based on historical lightning performance, were analyzed with half of the circuits upgraded to the test arrester configuration and the other half left alone for comparison. After the arrester upgrades were completed, three seasons of lightning and interruption data were collected to compare the two groups. The lightning data analysis was performed with the use of FALLS/sup TM/. To compare the performance of the two groups, the number of interruption/length (km)/ground strike density was used.
线路避雷器应用现场研究
总的来说,闪电是配电系统中断的主要原因之一,特别是对于有中等到高水平闪电活动的公用事业。本研究探讨避雷器间距对12.5 kV配电系统防雷性能的影响。根据历史雷电性能,对60个表现最差的电路进行了分析,其中一半电路升级为测试避雷器配置,另一半电路单独进行比较。避雷器升级完成后,收集三个季节的雷电和中断数据,对两组进行比较。闪电数据分析采用FALLS/sup TM/软件。采用中断次数/长度(km)/对地打击密度来比较两组的表现。
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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