Analisa Dan Rancang Bangun Alat Pendeteksi Gangguan
Tegangan Pada Gedung Elektro Dengan Sms Berbasis
Arduino
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Institusion
Politeknik Negeri Bengkalis
Author
Saputra, Beni Ade
Subject
451 Teknik Elektro
Datestamp
2022-07-14 16:58:34
Abstract :
A sudden power outage or disturbance caused by voltage drop or voltage loss in the electrical building often occurs and is difficult to detect by PLN officers. This disorder requires information (telephone, SMS ) from the campus so that an intelligent system is needed. This study will create a voltage monitoring system in an electrical building. This study uses a voltage sensor, data logger and GSM SIM800L to provide information if there is interference with the electrical building. SIM800L GSM module is very influential on the amount of voltage and current supplied to the process of sending SMS, so that the minimum voltage in this module is 4 volts and current is 3 amperes. This monitoring system will quickly send data to the mobile phone officer of the PLN or PLN partner officer whenever there is a change in the voltage sensor status. Data stored in the data logger can also be monitored for a maximum of one month for the purpose of analyzing the cause of the disturbance and the performance of the officer (duration of time ) in repairing the electrical building. This research can also facilitate the work of PLN in monitoring and can fix it quickly if there are problems with the voltage of the electrical building so as to minimize the system of average interruption duration index (SAIDI ) so that the continuity of the distribution of electrical energy is getting better. when collecting data for 5 days in the electrical building by simulating a different room, the Power Electronics Laboratory and the Interface Laboratory with SAIDI results on phase R = 0.012 minutes/customer/5 days/phase, S = 0.010 minutes/customer/5 days/phase, T = 0.008 minutes/customer/5 days/phase.
A sudden power outage or disturbance caused by voltage drop or voltage loss in the electrical building often occurs and is difficult to detect by PLN officers. This disorder requires information (telephone, SMS ) from the campus so that an intelligent system is needed. This study will create a voltage monitoring system in an electrical building. This study uses a voltage sensor, data logger and GSM SIM800L to provide information if there is interference with the electrical building. SIM800L GSM module is very influential on the amount of voltage and current supplied to the process of sending SMS, so that the minimum voltage in this module is 4 volts and current is 3 amperes. This monitoring system will quickly send data to the mobile phone officer of the PLN or PLN partner officer whenever there is a change in the voltage sensor status. Data stored in the data logger can also be monitored for a maximum of one month for the purpose of analyzing the cause of the disturbance and the performance of the officer (duration of time ) in repairing the electrical building. This research can also facilitate the work of PLN in monitoring and can fix it quickly if there are problems with the voltage of the electrical building so as to minimize the system of average interruption duration index (SAIDI ) so that the continuity of the distribution of electrical energy is getting better. when collecting data for 5 days in the electrical building by simulating a different room, the Power Electronics Laboratory and the Interface Laboratory with SAIDI results on phase R = 0.012 minutes/customer/5 days/phase, S = 0.010 minutes/customer/5 days/phase, T = 0.008 minutes/customer/5 days/phase.
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