Diseño de una red inteligente para luminarias tipo led usando MCU ESP32 y un sistema SCADA.

Abstract

The aim of this graduate research project was to implement a SCADA system carried out in the LabVIEW platform, which controlled the luminosity of LED-type luminaires through a mobile device (cell phone), using an ESP-32 microcontroller unit (MCU), which allowed wireless communication, providing data on electrical consumption, the number of lumens emitted and the number of luxes, these were stored in the cloud (GoogleDrive). It was achieved by selecting elements, sensors, the microcontroller unit (MCU), programming environments, and other components used to create the device's circuit. The data obtained were displayed in a SCADA system, and it was also controlled through a mobile application. The smart network design consisted of two sections; the first section is circuit design and SCADA system design with mobile application; In the second section, the algorithm of the SCADA system was carried out in LabVIEW, where the required data monitoring was observed, allowing a direct connection with the application mobile for bidirectional control with Wi-Fi communication, the data obtained was uploaded automatically to Google Drive. The project validation was carrying out tests on the operation of the smart network completely, both the reading of sensors, wireless communication of data reception, control of power consumption, and data transfer to Google Drive, giving 80% good functionality. At the same time, errors are minimum from all the performed tests. It is concluded that it is a reliable system and meets the objectives established when starting with the research.