Reliability for electric motor drive systems is very vital in some industries. Selecting an
appropriate control strategy for driving an electric motor during fault conditions is one of the …

Abstract Fault-Tolerant Control (FTC) strategies for Three-Phase Induction Motors (TPIMs)
against an open-phase fault have attracted considerable interest in safety-critical …

The use of multiphase electric drives in industrial applications has increased in the last few
years. These machines' advantages over the three-phase system make them appropriate for …

Post‐fault control of a 3‐phase Induction Motor (IM) drive under the Stator winding Open‐
Circuit Fault (SOCF) has gained significant importance in recent years especially for safety …

Single open‐phase fault (SOPF) in three‐phase induction motor (TPIM) drives leads to
undesired performances and in some cases shutdown of the drive system. This research …

The load rate of asynchronous motors is low, the operation efficiency is low, and the waste of
electric energy is very serious. Therefore, a voltage regulation and electricity saving method …

The pump-as-turbine (PaT) system is a cost-effective alternative to harness hydropower from
microscale water resources although its best efficiency point (BEP) is difficult to be estimated …

Safety and reliability are very important in machine driving systems for many industries. A
novel rotor flux‐based Vector Control (VC) strategy for Y‐connected 3φ Induction Machines …

Single-phasing is a common problem in the three-phase electrical grid. Despite the fact that
the fault occurs in one phasing, the three-phase load is affected, and therefore the load is …

The Vector Control (VC) of Y-Connected Induction Motor (YCIM) drives is entirely
demanding task. Furthermore, YCIM under an Open-Circuit Fault in the Stator Coils …