印度尼西亚西爪哇热带闪电峰值电流测量

Bryan Denov, Syarif Hidayat, Suwarno, R. Zoro
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引用次数: 3

摘要

雷击会对建筑物结构、设备和人员造成损害。为了防止雷击的危险,有必要研究闪电的特性,即闪电参数。雷电参数之一是雷电峰值电流。自1993年以来,在万隆、茂物、德波、别加西、锡雷邦等西爪哇地区采用高塔和高结构进行了闪电峰值电流的直接测量。该测量系统由磁带和雷电事件计数器组成。本系统安装在防雷系统的底部。提出了一种大规模、简便地获取雷电数据的方法。根据35个测量结果,得到西爪哇50%雷电事件概率为16 $\mathbf{kA}$。这一统计数据有望帮助工程师利用西爪哇省的当地数据设计防雷系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tropical Lightning Peak Current Measurement at West Java, Indonesia
Lightning strikes can cause damage to building structures, damage to equipment and human victims. To prevent the danger of lightning strikes, it is necessary to study the characteristics of lightning, known as lightning parameters. One of the lightning parameters is lightning peak current. Direct measurement of lightning peak current has been carried out in West Java such as Bandung, Bogor, Depok, Bekasi, and Cirebon using tall tower and high structure since 1993. The measurement system consists of magnetic tape and lightning event counter. This system was installed at the bottom of lightning protection system. A method to obtain the lightning data massively and easily is presented. Based on 35 measurement results, it was obtained 16 $\mathbf{kA}$ for 50% probability of lightning events in West Java. This statistic is expected to help engineer to design lightning protection system using local data in West Java.
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