The purpose of the research is to present a brief review of voltage source converter (VSC)
topologies with their operating principles for energy applications, such as high voltage dc …

Effective fault diagnosis for power electronic converters is an essential and mandatory
operation to reduce failures and unscheduled shutdowns. This paper presents a data-driven …

This paper proposes two new open-circuit fault detection methods suitable for the diagnosis
of power electronics converters. The faulty semiconductor devices are identified using …

Online monitoring is an inevitable necessity for dc-dc converters in industrial applications to
achieve a fault-tolerant structure, which ensures reliable operation and prevents …

On-line condition monitoring is of paramount importance for multilevel power converters
used in safety-critical applications. A novel on-line nonintrusive diagnostic method for …

This paper proposed a new fault-tolerant direct thrust force control (DTFC) for a dual inverter
fed open-end winding linear vernier permanent-magnet (LVPM) motor. First, the topology …

This article proposes a new open-circuit (OC) fault diagnosis method for power switches in
three-level neutral-point-clamped (NPC) rectifiers. This method is based on fault assumption …

This article proposes an open-circuit fault diagnosis method in power semiconductors of
three-level neutral-point-clamped (3L-NPC) rectifiers by using a fault injection strategy. To …

T-type multilevel (T 2 ML) inverters feature low total harmonic distortion and high efficiency.
Reliability improvement is particularly important for T 2 ML inverters because they have high …

Reliability in the electrical drives is becoming an important issue in many applications. In this
context, the reliability associated to the switched reluctance machine (SRM) is also an …