Overhead distribution lightning performance on joint use concrete poles with transmission lines

M. Nassereddine, J. Rizk, A. Hellany, M. Nagrial, G. Nassereddine
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引用次数: 2

Abstract

Electrical power is an essential source of comfort, numerous tasks are almost impossible to be performed without the aid of the electrical power. To keep up with the population growth worldwide, electrical infrastructure are being upgraded and up-rated. To maximize the use to the land and reduce construction cost, joint-use structures between distribution and transmission line are broadly deployed. These joint structures introduce the overhead earth wire (OHEW), pole earth grids and taller poles to the distribution network. This paper endeavours to study the impact that these joint structures have on the lightning performance of the distribution line. Furthermore, the works provide important information on lightning performance and determine when these joint structures worsen or enhancing the lighting performance of the distribution asset. Case study is also included.
混凝土与输电线路连接架空配电防雷性能
电力是舒适的重要来源,许多任务几乎不可能在没有电力的帮助下完成。为了跟上全球人口的增长,电力基础设施正在升级和升级。为了最大限度地利用土地,降低建设成本,配电与输电线路的合用结构被广泛采用。这些接头结构将架空接地线(OHEW)、极地网和高杆引入配电网。本文试图研究这些接头结构对配电线路防雷性能的影响。此外,该工作还提供了有关雷电性能的重要信息,并确定这些接头结构何时会恶化或增强配电资产的照明性能。案例研究也包括在内。
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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