This article mainly concerns the performance improvement of active flux (AF)-based
sensorless control for permanent magnet synchronous machines (PMSMs) in the low-speed …

The accurate compensation of inverter nonlinear voltages error (INVE) is of great
significance in improving interior permanent magnet synchronous motor (IPMSM) field …

The output voltage distortion of the inverter worsens the performance of the permanent-
magnet synchronous motor, therefore, it should be compensated accurately. The inverter …

This article proposes an online magnet fault detection for standard permanent magnet (PM)
synchronous motors. The proposed detection is based on the magnet flux estimation with …

The magnetic flux linkage is an essential parameter for many control approaches of
electrical machines. In most common control algorithms, this quantity is determined either by …

This paper improves the surface permanent magnet (PM) machine position sensorless drive
at low speed. Considering the surface PM machine (SPM) drive, EMF voltage or flux linkage …

Existing parameter identification methods often neglect the ac loss effect on impedance
parameters and exhibit incomplete compensation for low-current-region voltage source …

A new rotor initial position estimation method for surface-mounted permanent magnet
synchronous machines (SPMSM) is presented in this paper. The proposed method is based …

In this article, a method of simultaneous sensorless rotor position and torque estimation is
proposed for interior permanent magnet synchronous machines at standstill and low speed …

A new voltage sensing method, named information acquisition of pulsating voltage (IAPV), is
proposed in this article to improve the accuracy of voltage measurement for the electric …