New Control Hybrid Power

This paper proposed a method for simulating, modeling, and controlling a hybrid grid-connected power system—a system that is really rather complicated. We research effective ways to use two renewable energy sources without interfering with the main network. The photovoltaic source and the wind source are the two renewable energy sources that make up our hybrid energy system (HES). In order to recoup the system investment cost, it is preferable for these two systems to operate at full capacity. Where a fuzzy logic algorithm-controlled DC/DC boost converter comes after the solar generator (PVG). The induction motor utilized in the wind system serves as a variable speed generator that is directly linked to the turbine. Realizing that our study does not take pitch angle control into account. In spite of changes in wind speed, the MPPT control technique, which is based on the ideal peak speed ratio, is employed to achieve the highest level of energy efficiency. The Point of Common Collecting (PCC) is used to link the two systems. Finally, the results of the simulation demonstrate the viability of our method and the successful implementation of the suggested control technique for medium-sized HES in the production of electricity.