Baratieri, Cássio LucianoKruger, Fabiano2024-01-162024-01-162023http://repositorio.uricer.edu.br/handle/35974/472This monograph aims to develop a remote management system for private environments, ranging from the emergence of the first LED, which make up the luminaires currently manufactured. To this end, a literature review was carried out on topologies used in the area of microcontrollers covering telecommunications sectors, AD readings, AC electrical magnitude readings and WEB platforms. From this, the project settings were defined, ESP32 microcontroller, communication via Wi-Fi, AD reading method defined with the MCP3202 digital analog converter, AC current reading from the ACS712 integrated circuit, voltage reading with ZMPT101B and the development of the WEB structure using HTML, CSS and JavaScript. Development of the electrical circuit by uniting all peripherals on a single printed circuit board, noting that it is possible to obtain reliable and accurate results of Active, Reactive and Apparent Power and also obtain the Power Factor (PF) of the system. Using Wi-Fi wireless technology that uses several protocols, it is possible to create an intelligent network, making LED projects communicate with each other autonomously and with automatic pairing.pt-BREngenharia ElétricaMicrocontroladoresESP32MCP3202Trabalho de Conclusão de Curso