Permanent magnet (PM) machines are widely used in industrial processes due to their
merits such as high power density and torque and low losses (high efficiency). These …

In this article, a sensorless field-oriented vector control strategy combined with an improved
adaptive sliding mode observer and a back electromotive force (back EMF) observer is …

The expansion of permanent magnet (PM) machines due to functional advantages such as
power density and low losses (high efficiency) and better controllability in industrial …

Torque ripple modeling and minimization for interior permanent magnet synchronous
machines (IPMSMs) requires accurate information of the inductances, which vary …

Permanent magnet temperature (PMT) is crucial to high-performance control and condition
monitoring of permanent magnet synchronous machines (PMSMs). This paper proposes a …

Permanent magnet synchronous machines (PMSMs) torque production capability depends
on the permanent magnets (PMs) magnetization state, which can be affected by PMs' …

In this paper, a new temperature observer topology is presented which overcomes the
shortcomings of previous ones and achieves a higher accuracy, and a more robust …

The interior permanent-magnet synchronous motor (IPMSM) has been widely used as the
traction motor in electric/hybrid vehicles because of its high torque density and wide …

In permanent magnet synchronous machine, high-frequency (HF) signal injection has been
extensively investigated for permanent magnet temperature (PMT) estimation, in which PMT …

Permanent magnet (PM) temperature is critical to ensure high-performance and reliable
control of permanent magnet synchronous machines (PMSMs) for electric vehicle (EV) …