Diseño de control para grupo electrógeno con gestión remota hasta 30Kw.

Abstract

This degree project aims to design an automatic control system and variable monitoring for generator sets with a maximum power of 30kW. The simulation of the control and transfer system were carried out through state machines and Simulink for operation in automatic, manual and off mode. After a technical and economic analysis, the possibility of implementation through the Arduino platform of control, transfer and monitoring was raised; switches, protections and conductors were dimensioned for the transfer power system. Based on the analysis carried out, it was established that the transfer and control of the plant will use an Arduino Atmega and the monitoring system will use an Arduino unoR3 board where the variables of temperature, voltage, current and an oil pressure alarm are processed; These are sent through the GSM network using the sim900 module and are observed through a web page where the possibility of remote on and off is offered for the power plant through a web button, in the same way, a prototype was developed for send temperature, current and voltage data and it is observed that the visualization of the variables on the web page shows a delay of one minute thirty five seconds, therefore recommendations were made for the improvement of the monitoring.