Impact of configuration of earth continuity conductor on induced sheath voltages in power cables

S. Czapp, K. Dobrzyński, J. Klucznik, Z. Lubośny
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引用次数: 4

Abstract

In high voltage power cable systems a problem of induced sheath voltages exist. Due to these voltages electric shock and damage of non-metallic outer sheath of the cables may occur. Exposure to voltage of the outer sheath may be very high in case of earth fault with high value of earth current. In order to reduce induced sheath voltages an earth continuity conductor (conductors) along power cables is applied. Configuration of this conductor is very important for reducing induced voltages as well. This paper considers the effect of earth continuity conductor configurations on induced sheath voltages in power cables. The calculations of the voltages are based on a power cable system to be applied in a local power system.
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接地导体结构对电力电缆感应护套电压的影响
高压电力电缆系统中存在着感应护套电压问题。这些电压可能引起触电,损坏电缆的非金属外护套。当发生接地故障时,由于接地电流值大,对外护套的暴露电压可能非常高。为了降低电缆套的感应电压,在电缆中采用接地连续导线。这种导体的结构对降低感应电压也很重要。本文研究了电力电缆接地连续性导体结构对感应护套电压的影响。电压的计算是基于将在本地电力系统中应用的电力电缆系统。
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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