Synchronous reluctance machines, including the permanent-magnet-assisted variants, are
competitive motor topologies if the application requires high efficiency and a cost-effective …

This paper presents the development and control of an electric vehicle (EV) synchronous
reluctance motor (SynRM) drive. A bilateral DC/DC converter is used as an interface …

In modern electrical drives, all regulators are implemented in discrete-time domain. The
design of the current controller in the continuous time and its following discretization is a …

An important barrier to the adoption and acceptance of synchronous reluctance (SyR)
machines in different applications lies in their non-standardized design procedure. The …

This paper is focused on the design, optimisation and control of a permanent magnet
assisted synchronous reluctance machine (PMaSynRel) for low cost high efficiency …

This paper proposes an analytical method, which is based on the coenergy method for
characterization of synchronous reluctance machines (SynRMs), used in electric vehicle …

High-speed machines are popular in industry due to their high power density. Permanent
synchronous machines are commonly preferred, but they rely on rare earth magnets, which …

The effects of manufacturing stresses on the overall magnetic properties of electrical steel
core applied in the stator and transversally-laminated rotor of Synchronous Reluctance …

Due to the uninterrupted operation capability in the fault conditions, fault-tolerant machine
drives are being favored by the safety-critical applications, such as the electric vehicles …

This paper presents an analysis of three different electrical machine topologies for a turbo
circulator application. The electrical machines are designed to operate with 6 kW output …