Monitoring dan Kendali Tegangan Jaringan Listrik Fase-tiga melalui Smartphone

Abstract

This paper describes the creation of a minimum system for monitoring and controlling the voltage on a three-phase electrical network. Making a minimum system based on the result of previous research that has been implemented in the forms of device assembly, programming, and performance measurement. The research objectives are (i) assembling the hardware and programming based on Arduino software version 1.8.10 and (ii) measuring the minimum system performance. The research method for achieving the objective of assembling a minimum system is carried out through integrated wiring as an effort to get the hardware achievement, while for programming is an effort to get the software achievement. The implementation of the research method for measuring the performance as an effort to get the achievements of hardware and software is carried out by giving the orders to activate the paths of each phase. The result of the assembly is the integration of the Arduino UNO R3 module, Ethernet Shield type of W5100, MikroTik RouterBoard, relay modules, and Android smartphone, while the results of the programming are compiling and uploading the syntax to the Arduino module and making applications in the .apk format for a smartphone. Performance measurements are carried out by activating conditions for the three phases of phase-R, phase-S, and/or phase-T. The conclusion can be obtained, that the manufacture of a minimum system is appropriate for the fulfillment with respect to the presence of an electronic device for monitoring and controlling the voltage on a three-phase electrical network.

Live Forensic to Identify the Digital Evidence on the Desktop-based WhatsApp

“…The research method is an algorithm for achieving each research goal [17]- [19]. The selection of the algorithm used is in the form of a flowchart.…”

Prototyping an IoT-Platform Embedded Device to Prevent the Failure of the Battery System at the Kedungbadak-Bogor Substation

“…These studies are in the Indonesian language and have been published in a number of journals accredited by the government of the Republic of Indonesia or as part of a number of national seminar proceedings. Based on these explanations, this research is a form of implementing the use of a number of sensors as electronic devices connected to the input lines of the microcontroller, the microcontroller itself, and a number of actuators with interfaces connected to the output lines of the microcontroller [24,25,[27][28][29][30][31][32][33][34][35][36][37][38][39][40][41].…”

“…Based on the essence of the results of the general research according to a number of previous research results in the use of μC-based electronic devices [16] both the microcontroller module is the custom design [24][25][26][27][28][29][30] or direct use of the Arduino board [31][32][33][34][35][36][37][38][39][40][41] which was integrated into the minimotherboard system of being raised for a number of purposes [24,25,[27][28][29][30][31][32][33][36][37][38][39][40][41]. This study was also motivated by previous research related to the use of internet networks [34-37, 39, 40].…”

“…The board of Arduino-NANO is used as a control center for a client system and the board of Arduino-ProMEGA2560-R3 is used as a control center for a server system, as similar things when a personal computer (PC) is used for other utilization [43]. Planting the syntax structure of Arduino IDE-based program ideas into the memory of the microcontroller is guided by previous research articles [24,28,[31][32][33][34][35][36][37][38][39][40][41]. The performance of the system prototype in real-time based on IoT is actualized to observe the voltage value of each battery cell that is sent and displayed on the smartphone screen, while the appointment of the alarm condition when there is a decrease in the voltage value of each battery cell.…”