Design a Solar Hydrogen based of Maximum Power Point Tracking with Fuzzy Logic Method

Considering the importance of the environment and the increasing cost of fossil fuels, the use of renewable energy as a clean source of energy has become popular amongscientists. This paper used to produce electricity using a solar hydrogen system simulation. Between voltage and power ofsolar cells and fuel cell can be a highly non-linear relationship exists. Curve of power at a maximum voltage (VP) is maximum Power Point (MPP). This point varies according to the inputcells. . Also in this paper, simulation model of PEMFC system’s and PV Array maximum power point tracking based on thefuzzy control method is developed in the MATLAB software. A boost converter is used in our simulation of FC and A buck converter is used in PV. So the system used in paper including of a PEM fuel cell, solar panel, a DC/DC boost-buck converter,a battery load and a fuzzy MPPT algorithm is simulated and analyzed in MATLAB software.

Keywords:

Fuzzy Logic , Maximum Power Point Tracking , Solar Hydrogen System