Influence of Lightning Strike on Availability of Wind Turbine and its Damage Analysis

Kazuo Yamamoto, Hiroaki Kazui, Shota Izuchi
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Abstract

There are usually no high structures that block the wind around a wind turbine. Therefore, wind turbines are often struck by lightning. From such a background, “Interpretation of technical standards for wind power generation systems” was revised in Japan, it was obligatory to stop the operation of the wind turbine with an emergency stop system and to restart the operation after confirming the soundness when a lightning detection system installed on the wind turbine detects a lightning strike. But it may take time to restart because sometimes it is difficult to visit the wind turbine for immediate inspection after stopping. In this paper, we investigated the influence of lightning strikes to wind turbines on the availability. In order to consider countermeasures to improve the availability, it is necessary to understand lightning damage situations of the wind turbine. According to the periodic safety management review system in Japan, blade inspection data and maintenance data of each wind turbine had to be recorded. Based on these data, we also report the relationship between lightning damage and lightning parameters.
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雷击对风力机可用性的影响及其损伤分析
通常在风力涡轮机周围没有高层结构来阻挡风。因此,风力涡轮机经常被闪电击中。在这样的背景下,日本修订了《风力发电系统技术标准解释》,当风力发电机组上安装的雷电检测系统检测到雷击时,必须采用紧急停机系统停止风力发电机组的运行,并在确认无误后重新启动。但重新启动可能需要时间,因为有时很难在停止后立即访问风力涡轮机进行检查。本文研究了雷击对风力发电机组可用性的影响。了解风力发电机组雷电损伤情况是提高可用性的必要措施。根据日本的定期安全管理审查制度,每台风机的叶片检查数据和维护数据都必须记录。在这些数据的基础上,我们还报告了雷电损害与雷电参数之间的关系。
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