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Hybrid energy systems are a solution to the problem of energy demand in remote communities, not being included by the electricity grid and conventional distribution. In this sense, this work proposes a study of the behavior of the basic elements of a hybrid system composed by two sources of energy, photovoltaic and diesel generator. For the modeling of each component of the proposed system, Simulink software was used, analyzing their behavior individually, thus enabling a better understanding of individual performance. The results of the simulation presented values within the expected for each component.

MODELAGEM DE COMPONENTES DE SISTEMA HÍBRIDO FOTOVOLTAICO/ DIESEL COM MATLAB/SIMULINK