400aHz three-phase PWM rectifier based on vector control with zero static error compensation

In this paper, a vector control strategy for the 400 Hz three-phase PWM rectifier with zero static error compensation is presented. With this control strategy, the static error problem of direct current control is solved well and the input fundamental currents in three-phase system are in phase with their respective line voltages. High power factor, low THD and fast dynamic response are achieved. At last, both Saber simulation results and experiment results verify the validity of the vector control method.