Abstract
This thesis presented innovative dimensioning and implementation of autonomous photovoltaic systems is primarily aimed at ensuring the energy independence of the receiver (consumer), the security of electricity supply and the adaptation to meteorological conditions in the area where they are located. The PV system components are based on literature, but their characterization was possible by implementing the components / system in the MATLAB / Simulink work environment to determine the behavior and performance of the analyzed system for different applications. We also analyzed the interdependence of the subsystems and how they affect the efficiency of the PV system. The main contribution of this paper is based on MPPT method and FLC controller used in order to optimize the behavior of applied PV systems
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