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Establishing a lightning protection evaluation program for distribution and subtransmission lines

机译:建立配电和输电线路的防雷评估程序

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摘要

Union Electric (UE) began a project in December 1994 to evaluate the performance of existing types of lightning protection, identify deficiencies, and recommend changes that will result in improved performance. UE employs two basic types of lightning protection-static wire and arresters. The authors discuss ground impedance, the National Lightning Detection Network, and the Lightning Protection Design Workstation (LPDW). The LPDW is a Windows based software package developed by EPRI to assist in designing an optimum protection scheme. The first step in the evaluation process is to identify lines that have historically performed poorly under lightning conditions. The next step is to conduct pole-by-pole field inspections of the feeders to identify what factors were contributing to the poor performance of each line. Once it is determined that a feeder is in need of improvements and the deficiencies are identified, the LPDW is used to compare alternatives. Two case studies are discussed.
机译:联合电气(UE)于1994年12月启动了一个项目,以评估现有类型的雷电防护的性能,找出不足之处,并提出可以改善性能的更改建议。 UE使用两种基本类型的防雷静电线和避雷器。作者讨论了接地阻抗,国家雷电检测网络和防雷设计工作站(LPDW)。 LPDW是EPRI开发的基于Windows的软件包,可帮助设计最佳保护方案。评估过程的第一步是确定在雷电条件下历来表现不佳的线路。下一步是对馈线进行逐极现场检查,以确定是哪些因素导致了每条线路的不良性能。一旦确定馈线需要改进并确定了缺陷,就将LPDW用于比较备选方案。讨论了两个案例研究。

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