Design of Control Mechanisms for Electrical Groups based on IoT Technology, for Monitoring Operating Parameters

In the development of technologies, over time, the industry has adopted new paradigms, the IoT is not the exception, and thanks to the development of electronic components, sensors and actuators with the ability to measure multiple physical parameters can be found. Mechanics, among others, in this work a methodology is developed to be able to evaluate the work and operation of the most well-known power generators such as power generation sub stations, in the methodology a mechanism is presented to control the operating parameters of the sub-stations based on the PIC24FJ128GA705 microcontroller, which works with the MQTT protocols for data capture, web services based on the HTTP protocol as an application server and client, the results of the methodology allow evaluating remotely and in time actual operating parameters such as operating time, temperature, fuel level, c output current, output voltage among others.