Evaluasi Sistem Proteksi Penangkal Petir pada Bangunan Power House Bandara Sams Sepinggan

MASALIQ Pub Date : 2024-02-15 DOI:10.58578/masaliq.v4i2.2724
Dewi Safira Andriani
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Abstract

The aim of this research is to solve the lightning protection system (which has been installed and to determine the effectiveness of the lightning protection system. In this research the evaluation method is carried out using data collection and data analysis methods. Data collection methods consist of, observation, measurement, literature study, and Interview. Data analysis consists of, Building needs for lightning protection, Determining protection, Distribution conductors, and Grounding. The evaluation results show that, based on the index stated in the standard (SNI 037014.1-2004) the Main Power House building really needs a lightning protection system. Based on the estimated danger of lightning strikes with a risk level of R=14 (highly recommended), the use of conventional lightning rods with the protection angle method still requires increased protection in the form of the addition of 5 air terminations (splitzers) on the right, left, front, side and back. and the distribution conductor and earth termination (grounding) for both lightning rods as a whole meet the standards.
Sams Sepinggan 机场电力大楼防雷系统评估
本研究的目的是解决已安装的防雷系统问题,并确定防雷系统的有效性。本研究采用数据收集和数据分析方法进行评估。数据收集方法包括观察、测量、文献研究和访谈。数据分析包括:建筑物防雷需求、确定保护、配电导线和接地。评估结果表明,根据标准(SNI 037014.1-2004)中规定的指标,主电力大楼确实需要防雷系统。根据风险等级 R=14(强烈推荐)的雷击危险估计值,使用传统避雷针和保护角方法仍需要增加保护,即在右侧、左侧、正面、侧面和背面增加 5 个空气终端(分接器),而两根避雷针的配电导线和接地终端(接地)整体上符合标准。
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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