A comparative Study of Two Types of DTC WithApplication of Artificial Intelligence: Fuzzy Logicand Neuron Network on the Performance of aMulti-level Inverter Fed Induction Machine

PWM-VSI power switches open circuit/misfiring detection and diagnosis, the proposed fuzzy approach will be based on the output inverter current pattern in the Concordia

Several results are presented to illustrate the enhancement of torque and flux quality owed to the proposed control strategy and also to show the improvement of the open-circuit

This paper addresses on the one hand, a control strategy based on the Direct Torque Control combined with the Space Vector PWM of a DSIM (DTC-SVM-DSIM)) and on the other hand,

Abstract: Today it is possible to obtain induction machine performances similar to those of dc machines through the mastering of power electronics and control.Moreover, there are

Abstract: We present in this paper the simulation results of the speed control of a 3 levels inverter-fed induction machine controlled by the Direct Torque Control with an

We present in this paper the simulation results of the speed control of a 3 levels inverter fed induction machine controlled by the Direct Torque Control with application of

The bandwidth and controller gains for the current, power, torque and DC-link voltage control loops, tuned for the rated conditions, are presented in Table-3.2.. Table 3.2

In this paper, the five legs inverter fed two induction motors (Fig.1.b) which two phases share leg C. This technique is based on the cancellation of the single phase