Estrategia activa de tolerancia a fallas para el control Buck-Boost de micro-redes eléctricas en DC

Abstract

The present study proposes to develop a fault-tolerant control for Buck-Boost converters in DC Microgrids based on the linear–quadratic–Gaussian (LQG) control as an active strategy. The development of this project is based on the application of a fault tolerant control algorithm in a direct current (DC) in order to increase the reliability of the control system. This system will allow the MG to operate in a stable form within the margins of quality, regardless of the faults that are generated. Due to the robust strategy used in this study, it provides greater stability within the system. For the modeling of this research, Matlab / Simulink will be used.