Sistema de Regulación y Control de Carga para Aerogenerador de Baja Potencia

Abstract

This article presents the design and construction of a load regulation and control module for a low power wind turbine. This project was carried out with the help of the ARMOS research group, to be implemented in the wind turbine that has the Francisco José de Caldas District University technological headquarters. The electrical diagram of the module has four stages: The first is rectification of the signal generated by the Brushless motor; The second control of the rectified signal; The third is the storage of energy generated by means of a bank batteries composed of two batteries of lead acid; The fourth and last stage is the conversion of the DC signal to AC by means of a Push-pull inverter. The module is controlled by a programmable board of eight bits, for the correct operation of the electronic components. It also has a display to show the important variables for the module and a micro SD adapter to save the data collected by the Arduino board.