This study presents a method to mitigate and alleviate the effects produced by a turn-to-turn
short in a fault tolerant permanent magnet synchronous motor with single-layer concentrated …

Production tolerances in electric drive systems with interior permanent magnet synchronus
machines (IPMSM) lead to unavoidable deviations in torque and power. This paper presents …

In this paper, the effectiveness of a simplified characterization method for permanent magnet
machines is evaluated through performance sensitivity analysis. Performance sensitivity …

Interior Permanent Magnet Synchronous Machines (IPMSM) used in hybrid powertrain
applications are required to deliver high efficiency over wide speed and torque ranges. The …

This paper proposes a multiple lookup table based controller for operation in the complete
torque and speed range of an IPM machine. A complete characterization is carried out to …

Like all industrially manufactured products, interior permanent magnet synchronous
machines are subject to deviations due to production tolerances. In particular, deviations in …

In this research the behavior and mitigation of turn-to-turn faults in PMSMs are studied. The
challenge with PMSMs under a turn-to-turn fault is with the rotor magnets. Typically rare …

Interior permanent magnet synchronous machines are unavoidably subject to production
tolerances. Quantities like permanent magnet flux or air gap thickness of a machine may …

Innerhalb der Fahrzeugentwicklung steht das Hybrid-und Elektrofahrzeug in zunehmendem
Maße im Fokus. Die Produktion des elektrischen Antriebssystems ist dabei, wie jeder …

Assessment of effect of parameter variation on system dynamic performance is necessary for
designing high performance system control strategies. The variation in parameter values …