In this article, MPPT algorithm along with PV array system using bat optimized Proportional Integral (PI) controller with the aid of a Landsman converter fed with BLDC is designed and analysed and carried out more effectively. Landsman converter provides BLDC motor soft starting with necessary control. BLDCM speed can be limited with the help of VSI which is fed with BLDCM. Between the VSI and the solar array the converter is acts as interface and it feds the BLDC motor. Soft starting, Simplicity control, compactness of the BLDC motor has been included in the research work. The device stress is reduced by the operation of Landsman converter. By switching between exploitation and exploration stages, BAT optimization has provided a high accuracy which provides excellent dynamic performance and quick convergence. Utilizing a Landsman Converter with BAT optimization techniques results in optimized control of the converter response voltage. Better speed regulation and reduced torque ripple are noticed with the proposed BAT optimizer, the efficiency of the proposed system is proved.
Volume 12 | 01-Special Issue
Pages: 786-794
DOI: 10.5373/JARDCS/V12SP1/20201130