RANCANG BANGUN DAN ANALISA UNINTERRUPTIBLE POWER SUPPLY (UP^') BERBASIS MICRO CON TROLLE R UNTUK KEPERLUAN PEMILAH SAMPAH OTOMATIS
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
BAGUS SAPUTRA, DONY
Alvianingsih, Ginas
Alvianingsih, Ginas
Subject
Teknik Elektro
Datestamp
2022-10-31 07:21:11
Abstract :
The occurrence of a power outage is a problem that occurs in the midst of increasing electricity needs. In meeting the reliability of the PLN electric power system, it sometimes / often carries out outages in various regions. Waste sorters need a continuous supply of electricity so that they can activate if the power goes out. With a UPS (Uninterruptible Power Supply) it can be used to provide a backup supply to the waste sorter when the power goes out. This study aims to design and create a mictocontroller-based UPS for waste sorters. UPS is divided into various types, this study can use 2 different UPS modes, namely online and offline. Offline mode has a transition time of movement from PLN to battery or vice versa, while online has no transition time. This tool is designed using Arduino UNO as a sensor controller and relay. The ZMPT101B sensor as a voltage gauge has a largeest size error of only 0.12%. The ACS712 sensor as a current meter has the most difficulty of 23%. From the test results showed that the use of the UPS mode does not affect the quality of the power flow entering the load. The average power comparison when PLN went out on the working waste sorter between online and offline UPS modes showed 5.23 W and 4.77 W.
The occurrence of a power outage is a problem that occurs in the midst of increasing electricity needs. In meeting the reliability of the PLN electric power system, it sometimes / often carries out outages in various regions. Waste sorters need a continuous supply of electricity so that they can activate if the power goes out. With a UPS (Uninterruptible Power Supply) it can be used to provide a backup supply to the waste sorter when the power goes out. This study aims to design and create a mictocontroller-based UPS for waste sorters. UPS is divided into various types, this study can use 2 different UPS modes, namely online and offline. Offline mode has a transition time of movement from PLN to battery or vice versa, while online has no transition time. This tool is designed using Arduino UNO as a sensor controller and relay. The ZMPT101B sensor as a voltage gauge has a largeest size error of only 0.12%. The ACS712 sensor as a current meter has the most difficulty of 23%. From the test results showed that the use of the UPS mode does not affect the quality of the power flow entering the load. The average power comparison when PLN went out on the working waste sorter between online and offline UPS modes showed 5.23 W and 4.77 W.
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