Pengendalian Lampu Pijar pada Analogi Instalasi Listrik Fase-Tiga melalui Smartphone Berbasis Android Berbantuan Jaringan Wi-Fi

Abstract

Graphical abstract mulai Arduino IDE dan modul Wi-Fi Terhubung pada Wi-Fi Router Apakah sudah terhubung? Apakah IP, sudah diperoleh? selesai ya belum belum Tampil pada layar aplikasi monitor Arduino IDE Penentuan IP untuk modul Wi-Fi pada Wi-Fi Router A A ya B B mulai Hubungkan pin pada Arduino UNO R3, modul Wi-Fi, dan relai Masukkan IP yang sudah ditentukan untuk modul Wi-Fi Apakah pin, sudah terhubung? Apakah web server, sudah dibuat? selesai ya belum Apakah IP, sudah diberikan? Apakah pembuatan algoritma untuk sistem, sudah selesai? Pembuatan algoritma untuk sistem pengendalian pada analogi instalasi listrik fase-tiga belum A ya A Pembuatan isi tampilan pada web server B B ya ya belum belum Abstract Assembly for acquisition of physical form in hardware and software for driving the incandescent lamps in the analogy of a three-phase electrical installation. Hardware handshaking is obtained through the integration of a number of electronic devices, namely: i) Arduino UNO R3 microcontrollers, ii) Arduino Wi-Fi, iii) Wi-Fi Router, iv) relay modules, and v) Android-based smartphone and analogy of three-phase electrical installation. Handshaking software is obtained in four stages, namely the installation of Arduino IDE version 1.8.4 based on the C language for comfiling and uploading to the Arduino UNO R3 microcontroller device and downloading the APK format software for installation on personal computers and Android-based smartphone. The control system is installed on the Arduino UNO R3 microcontroller and an Android-based smartphone device as the control center. The existence of a display for conducting observations on the measurement of control system performance is based on 2 (two) system requirements (hardware and software). Performance measurements are carried out by observing the controls on the analogy of a three-phase electrical installation, through 3 (three) provision of conditions in the phase-R, phaseS , and T-phase pathways.