Historically, simulation of transient phenomena related to power systems has been carried on using the electromagnetic transients program (EMTP) [1] or one of its variants, such as the alternative transient program (ATP) or electromagnetic transients for dc (EMTDC), which are all based on the trapezoidal integration rule and the nodal approach. These software packages use fixed-step algorithms,...

Multiphase machines have been recognized in the last few years like an attractive alterna‐ tive to conventional three-phase ones. This is due to their usefulness in a niche of applica‐ tions where the reduction in the total power per phase and, mainly, the high overall system reliability and the ability of using the multiphase machine in faulty conditions are required. Electric vehicle and rail...

This article proposes a real-time control strategy for induction motor drives, harmonizing accurate torque, and flux tracking with energy efficiency. Common problems related to lengthy horizons the associated computational burden are dealt by introducing value function approximation in model-predictive structure quantify impact of instantaneous decisions on future states. An augmented model dri...

<p>The main aim of this paper is to present a novel control approach an induction machine (IM) using improved space vector modulation based direct torque (SVM-DTC) on the basis imaginary swapping instant technique. The strategy presented surmount drawbacks classical (DTC) and enhance dynamic performance motor. This method requires neither angle identification nor sector determination; use...