ABSTRACT
Solar power is utilized as a power-producing and feeding unit to the dc-driving system in this study. For the driving application, a high-efficiency phase shift full bridge resonant converter is utilized. The suggested converter boosts the input power to a greater range while minimizing losses. For the ease of design, the converter is activated using fixed pulse width modulation. The whole system is mathematically modeled in MATLAB Simulink, and a prototype closed-loop system model has been created. The solar equivalent circuit is used to create the proposed converter and mathematical modeling for the solar panel. With a PI controller regulating the motor speed, the motor load is driven at maximum speed. This controller is simple to use and reasonably priced. In both simulation and hardware, the PIC controller is utilized, and the output of the proposed system is assessed and compared.
