Permanent magnets (PMs) power several industrial technologies that enable our modern
society and high standards of living. As such technology becomes more advanced and …

This article investigates and quantifies, for varying drive system ratings (0.5-2.0 times the
rating of a small and large reference system), the tradeoff relations between the electric …

Designing any vehicle requires tedious calculations in order to estimate various parameters
such as fuel economy, vehicle dynamics, transmission design, motor sizing with its control …

In this paper, an open-source tool, the Digital-Twin-Distiller, is used, which can encapsulate
the realized FEM model into a web application as a digital twin. Many papers have proposed …

PMSM drives are widely used in powertrains for hybrid and battery electric vehicles. Tonal
noise radiation of the drive results from magnetic force excitations in the air gap of the …

In this paper an open-loop control for the measurement of the maximum torque per volt
(MTPV)-trajectory for a synchronous reluctance machine (SynRM) is proposed. This method …

Increasing the specific torque and power of a propulsion permanent magnet synchronous
machine (PMSM) is important for the improvement of the performance of electrical vehicles …

With the recent advancements of the fourth industrial revolution, many sensors are
implemented into the products that collect the data and monitor their performance. The …

Using solar energy as the most available renewable energy can solve problems such as air
pollution, drought and limited fossil energy resources in the future. Considering the low …

A novel winding configuration named “integrated winding” was proposed to realize function
of original two sets of windings, that is, it produces two independent control magnetic fields …