带接地线和接地板的风力发电机基础暂态接地特性

Kazuo Yamamoto, S. Sumi
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引用次数: 4

摘要

闪电对风力涡轮机内部或附近设施的破坏变得非常普遍。风力发电机组内部或附近的电气和控制系统的故障和故障大多是由于雷击电流流入由风力发电机组接地系统组成的接地电极和导线构成的基础而引起地电位上升造成的。为了弄清风力发电机接地系统的暂态特性,了解故障和故障的机理,我们进行了现场试验。本文介绍了在风力发电机组现场进行的暂态接地特性测量和分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Transient grounding characteristics of a wind turbine foundation with grounding wires and plates
Lightning damages to facilities inside or in the vicinity of wind turbines become remarkably common. Most of the breakdowns and malfunctions of the electrical and control systems inside or in the vicinity of wind turbines are caused by ground potential rise due to lightning current flowing into the foundation with grounding electrodes and wires consisting of the wind turbine grounding system. To clarify the transient characteristics of the wind turbine grounding systems and to understand the mechanism of the breakdowns and malfunctions, we have carried out field tests. In this paper, the measurements and analyses of the transient grounding characteristics carried out at a wind turbine site are described.
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