Monitoring Pembangkit Listrik Tenaga Surya Berbasis Arduino dengan Media Telegram

M. Taufiq Tamam, M. Indra Aditia
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Abstract

The implementation of monitoring the performance parameters of the PLTS system in several regions is still done manually so that the data obtained is also limited. In this study the PLTS monitoring system is based on Arduino Uno so that monitoring on PLTS can be monitored with telegram media. The monitoring system has two inputs, namely for PV and for the battery. To monitor the value of the electrical energy parameter, the INA219 sensor is used. The sensor reading results are displayed on the 16x2 LCD and mobile phone by sending the "STATUS" message command to the ESP8266 wifi module. Retrieval of current and voltage data on INA219 sensor readings and standard measuring instruments is carried out every 5 minutes. The system can monitor via an Android smartphone using Telegram. The test results show that the Telegram application can display and monitor photovoltaic and batteries in real time. The average error during sensor monitoring at photovoltaic output is 0.16% for voltage and 1.25% for current. The sensor reading results have an average error when charging the battery of 1.36% for voltage and 2.04% for current. The characteristics of the results of this measurement meet the requirements of IEC standard no. 13B-23.
阿都诺太阳能发电厂电报局
在一些地区,PLTS系统性能参数监测的实施仍然是手工完成的,因此获得的数据也很有限。在本研究中,PLTS监控系统是基于Arduino Uno的,这样PLTS上的监控可以通过电报媒体进行监控。监控系统有两个输入,分别为光伏和电池。为了监测电能参数的值,使用INA219传感器。通过向ESP8266 wifi模块发送“STATUS”消息命令,将传感器读数结果显示在16x2 LCD和手机上。每5分钟检索一次INA219传感器读数和标准测量仪器上的电流和电压数据。该系统可以通过使用Telegram的安卓智能手机进行监控。测试结果表明,Telegram应用程序可以实时显示和监控光伏和电池。光伏输出时传感器监测的平均误差为电压0.16%,电流1.25%。对电池充电时,传感器读数结果的平均误差为电压1.36%,电流2.04%。本测量结果的特性符合IEC标准第2号的要求。13 b-23。
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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