Maximum Power Tracking of Photovoltaic Modules Based on Fuzzy Logic Employing Four-Phase Intervaled Boost Converter

Currently, there are significant investments in the study of distributed generation, including solar energy by photovoltaic conversion method. Basically, a cell directly converts to electricity. For this, static converters required. However, relevant issues arise this process: point maximum efficiency module strategy control flow network. The aim work is monitor main variables system, specifically voltage and current their derivates. goal implement power tracking technique using Fuzzy logic. In addition, provided will be employed an inverter stage that can operate as active filter, regulator, or generator reactive power. feasibility logic also studied. first involves parameterization simulation modules. initial examines compatibility commercial its catalog data with results simulation. simulated I-V characteristics show almost identical data. sequence, boost lift DC-DC converter emulate variable load for transfer.