基于声学数据的雷电探测方法研究

Yutaro Higashi, Kazuo Yamamoto
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引用次数: 0

摘要

在日本海沿海地区,风力发电系统很容易受到冬季闪电的影响。为了防止雷击损害的蔓延和确保安全,安装了雷击探测系统(lds),当风力涡轮机被雷击时,可以立即停止风力涡轮机。然而,近年来广泛使用的许多lds价格昂贵,而且其中许多具有单一的机制,根据磁场积分获得的雷击电流来检测雷击。在本研究中,为了开发一种相对便宜和准确的LDS,我们研究了一种闪电探测方法,该方法使用雷击的声学数据来确定是否发生了雷击。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of Lightning Detection Method Using Acoustic Data
Wind power generation systems are vulnerable to winter lightning in the coastal areas of the Sea of Japan. For preventing the spread of lightning damage and ensuring safety, lightning detection systems (LDSs) have been installed to immediately stop wind turbines when a lightning strikes on the wind turbine. However, many of LDSs in widespread use in recent years are expensive, and many of them have a single mechanism that detects lightning strikes based on the lightning current obtained by integrating the magnetic field. In this study, in order to develop a relatively inexpensive and accurate LDS, we investigated a lightning detection method that uses acoustic data from lightning strikes to determine whether a lightning strike has occurred.
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