A Modified Space Vector Modulation Based Rotor Flux Oriented Control of Six-Phase Asymmetrical Induction Motor Drive

In view of the attractive features like improved torque density, reduction pulsation, superior fault tolerance, reduced power rating voltage source converter, and sterling noise characteristics six-phase asymmetrical induction motor (SPAIM) as compared to its three-phase counterpart, SPAIM is considered for study. this paper, mathematical modelling carried out in synchronous reference frame then indirect rotor field-oriented control (IRFOC) using a modified carrier wave-based space vector modulation (SVM) scheme developed. A Simulink model proposed system configuration developed simulation study out. order validate results, scaled prototype rated 2 HP, 4-pole, 200V developed, closed loop drive with aforesaid SVM technique implemented TMS320F28379D controller board. The performance observed several operating conditions studies MATLAB/Simulink test setup various results are recorded under presented. Furthermore, benchmarked SPWM hysteresis current well it that outperforms traditional hysteresis-based controllers terms distortion stator currents ripples.