Rancang Bangun Sistem Monitoring Titik Gangguan Pada Instsalasi Listrik Dengan Implementasi Iot
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Adi, Bima Sindhu
Hariyati,, Rinna
Diantari, Retno Aita
Hariyati,, Rinna
Diantari, Retno Aita
Subject
Teknik Elektro
Datestamp
2022-10-04 08:01:59
Abstract :
An electrical installation must not be separated from an installation disruption, as well as the distribution of electrical energy to the load going through a distribution network. Problems or disruptions that often occur on a network are short circuited. Often, the location of the disturbance cannot be immediately identified, thereby slowing down the process of handling short circuit and other interference. By using an Arduino-based monitoring system the point of interference can be seen. The method used is almost the same as the GIS system or Geographic Information System. With the calculation of impedance and input data voltage and current resistance, the calculation can be implemented distance reading and the location of the interference system. So that later can provide visualization through good monitoring of the location of the disturbance. The process of making Arduino-Based Disturbance Monitoring System through several stages, namely analysis and identification, tool design, tool manufacturing, tool testing. The design of this device consists of PZEM 004t current and voltage sensors, Arduino UNO, LCD etc. The test results with this Arduino show the system is running according to the design or not, when the PZEM 004t sensor reads the current and voltage inside the installation, the LCD will display the readings and take into account the distance and location of the disturbance. And also implemented to IoT .
An electrical installation must not be separated from an installation disruption, as well as the distribution of electrical energy to the load going through a distribution network. Problems or disruptions that often occur on a network are short circuited. Often, the location of the disturbance cannot be immediately identified, thereby slowing down the process of handling short circuit and other interference. By using an Arduino-based monitoring system the point of interference can be seen. The method used is almost the same as the GIS system or Geographic Information System. With the calculation of impedance and input data voltage and current resistance, the calculation can be implemented distance reading and the location of the interference system. So that later can provide visualization through good monitoring of the location of the disturbance. The process of making Arduino-Based Disturbance Monitoring System through several stages, namely analysis and identification, tool design, tool manufacturing, tool testing. The design of this device consists of PZEM 004t current and voltage sensors, Arduino UNO, LCD etc. The test results with this Arduino show the system is running according to the design or not, when the PZEM 004t sensor reads the current and voltage inside the installation, the LCD will display the readings and take into account the distance and location of the disturbance. And also implemented to IoT .
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