Power Factor Correction of Three-Phase PWM AC Chopper Fed Induction Motor Drive System Using HBCC Technique

Abstract

The paper provides modeling and simulation of a single-phase AC-DC hybrid microgrid's power flow control strategy (HMG). The recommended system topology for HMG includes an ordinary H-Bridge inverter/rectifier, a full bridge IGBT structure, two air conditioners, and DC areas that are separated by a bidirectional interlinking converter (BIC). Based on the DQ change principle, two power control loops and one voltage control loop (Vdc) supply the BIC's changing pattern. The transmission of active and reactive power between the HMG and the public a/c Grid is permitted by this control approach in a controlled manner. Additionally, by utilising the bidirectional converter in correcting or inverting settings, this is carried out in both instructions. Matlab Simulink is used to execute and evaluate the simulation design.