PROTOTIPE PENGENDALIAN DAN PEMANTAUAN DAYA LISTRIK DENGAN PENGONTROL AUTOMATIC TRANSFER SWITCH BERBASIS IOT (INTERNET OF THINGS) UNTUK SISTEM SUPPLY LISTRIK HYBRID
Total View This Week0
Total View This Week0
Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
PRATAMA YULIANDRI, ALVIN
Senen, Adri
Senen, Adri
Subject
Teknik Elektro
Datestamp
2022-11-07 07:11:51
Abstract :
In an effort to maintain the existence and continuity of the distribution of electrical energy, which generally still relies on non-renewable fossil raw materials, electrical energy needs to be limited and used sparingly. Limiting and saving electrical energy can be started from a small household scale by regulating the use of electrical energy efficiently and appropriately according to daily needs and utilizing the existence of supply electricity hybrid a renewableIn facilitating this, in this research, a prototype of control and monitoring of electrical power is designed which is equipped with Automatic Transfer Switch an IoT (Internet of Things) supply electricity hybrid. The research method used in this research is R&D (Research & Development) by conducting a literature study, and identifying the results of the test data and the visual object of the research. Based on the results of the research data, a prototype is produced which is composed of several main components, such as NodeMCU, Arduino Nano, PZEM-004T, ZMPT101B, and Relay Modules that can be used to control electrical loads, monitor electrical quantities and control the performance of the Automatic Transfer Switch. through the Blynk Cloud Server and the SikomolisATS Application from a device online smartphone. For the validation results, the lowest accuracy level for the power measurement sensor reading is 99,78% and the highest for power factor and energy measurement is 100%. The advantage of this prototype is that it can facilitate users in limiting and saving electrical energy use easily, while the drawback is that it requires a WiFi connection to operate.
In an effort to maintain the existence and continuity of the distribution of electrical energy, which generally still relies on non-renewable fossil raw materials, electrical energy needs to be limited and used sparingly. Limiting and saving electrical energy can be started from a small household scale by regulating the use of electrical energy efficiently and appropriately according to daily needs and utilizing the existence of supply electricity hybrid a renewableIn facilitating this, in this research, a prototype of control and monitoring of electrical power is designed which is equipped with Automatic Transfer Switch an IoT (Internet of Things) supply electricity hybrid. The research method used in this research is R&D (Research & Development) by conducting a literature study, and identifying the results of the test data and the visual object of the research. Based on the results of the research data, a prototype is produced which is composed of several main components, such as NodeMCU, Arduino Nano, PZEM-004T, ZMPT101B, and Relay Modules that can be used to control electrical loads, monitor electrical quantities and control the performance of the Automatic Transfer Switch. through the Blynk Cloud Server and the SikomolisATS Application from a device online smartphone. For the validation results, the lowest accuracy level for the power measurement sensor reading is 99,78% and the highest for power factor and energy measurement is 100%. The advantage of this prototype is that it can facilitate users in limiting and saving electrical energy use easily, while the drawback is that it requires a WiFi connection to operate.
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
