Design of Monitoring Lighting Counter Based on Android Application (Case Study at Tower BTS INDOSAT OOREDOO Site Utara Jepara 14JPA010)

Deki Renjaka Ardiyanto, J. P. Hapsari, E. N. Budisusila
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Abstract

The need for information through a monitoring system on BTS tower equipment is very necessary, including monitoring lightning strike protection. To find out whether there is a strike on the BTS, usually, technicians have to come to the BTS location to see the impact of the strike in the form of damage to the arrester, or other damage and even seek information from residents around the BTS location. The location of the BTS location is far from the head office, of course this is not effective.This research is the development of a counter lighting system designed to monitor and detect lightning strikes from a distance. By using Arduino Uno, ethernet shield, current sensor and android smart phone. The information displayed on the android smart phone is the location of the BTS tower, the time and magnitude of the strike current. The lighting protection monitoring tool based on android operation using the PZEM-004T module is a system designed and utilized to read the presence of lightning strikes which include the current flowing in the BTS tower grounding system.The test results show that the lighting protection monitoring tool using the PZEM-004T module can measure and display the current value and when a strike occurs, in real time and stored in the database. Based on the test results, it can be concluded that the results of the design of the lighting protection monitoring tool have a deviation (error) of 9,64% and a current of 12,5%.
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基于Android应用的监控照明计数器设计(以塔BTS INDOSAT OOREDOO站点Utara Jepara 14JPA010为例)
通过监视系统对BTS塔台设备的信息的需求是非常必要的,包括监视雷击防护。为了确认BTS是否发生罢工,技术人员通常要到BTS所在地,观察罢工对防雷器或其他损坏的影响,甚至向BTS所在地附近的居民询问。防弹少年团的办公地点离总公司很远,当然这是没有效果的。这项研究是一种反向照明系统的发展,旨在从远处监测和探测雷击。通过Arduino Uno,以太网屏蔽,电流传感器和安卓智能手机。安卓智能手机上显示的信息是BTS发射塔的位置、打击电流的时间和大小。基于android操作的雷电保护监测工具,采用PZEM-004T模块,是一个用于读取BTS塔式接地系统中是否存在雷击的系统。测试结果表明,采用pzm - 004t模块的雷电保护监测工具能够实时测量和显示电流值,并在发生电击时进行实时显示,并存储在数据库中。根据测试结果,可以得出该防雷监测工具的设计结果偏差(误差)为9.64%,电流为12.5%。
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