The traditional fault-tolerant procedure usually comprises fault detection and fault tolerance.
Fault detection is adopted to locate the specific fault, which increases the complexity and …

The performance of flux-weakening controllers in the multiphase permanent magnets (PM)
machines depends on the accurate fundamental voltage limit derivation, and the minimal …

Existing online parameter identification methods of permanent magnet synchronous motors
(PMSMs) are generally based on the voltage equations, the precision of which is affected by …

Accurate and updated knowledge of electrical parameters is of great importance for high-
performance control of motor drives. However, the common challenging issue in existing …

The dual three-phase variable-flux permanent-magnet synchronous motors (VF-PMSM)
have received more attention in the variable-speed drive applications since they have …

Compensation of voltage-source-inverter (VSI) nonlinearity is of great importance in
parameter identification and position sensorless control method for motor drives. In this …

The fault-tolerant control method of dual three-phase permanent-magnet synchronous motor
(PMSM) drives has gained more and more attention in some applications, such as aircraft …

Dual three-phase interior permanent-magnet synchronous motor (IPMSM) drives have
received more attention by the merits of better fault-tolerant capability and lower torque …

In this article, a robust cascaded deadbeat predictive speed control method (PSC) is
proposed with speed and disturbance observer for the dual three-phase variable-flux …

This paper proposes a virtual position-offset injection based permanent magnet temperature
estimation approach for permanent magnet synchronous machines (PMSMs). The concept …