Interleaved Luo Converter for PV Based BLDC Vehicle System

Economically used Brushless Direct Current (BLDC) motors have been dramatically replacing conventional DC drives in a variety of submissions, plus electrical vehicles and mechanical mechanization. The interleaved Luo converter is used in the Solar Photovoltaic (PV), which leads to greater capability improvement of this converter. Supremacy at evaluated DC power is delivered to the BLDC motor under normal trial conditions. Interleaved Luo converter topology that are appropriate for BLDC motors are proposed in this study. The spider monkey optimized PI (SMO-PI) controller is applied in this paper, a well-known Proportional Integral (PI) controller is adjusted and tested on a simulated solo PV system with local load using the spider monkey method also it is utilized to uphold the firm state power at the yield of the Interleaved Luo converter and the presentation of the recommended converter is experimentally tested utilizing the SMO-based PI controller. The Mat lab/Simulink environment was used to simulate both the PV system and the method that proposed. This work also includes a comparison analysis and monitors the Interleaved Luo converters’ efficiency at 91.2%.