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Waqar Ahmed Adil
Optimization of Multiphase Electrical Machines in Healthy and Faulty Conditions
The research aimed to develop a fault-tolerant multiphase PMSM motor for safety-critical applications. The goal was to enhance fault tolerance while maintaining simplicity and torque stability under fault conditions.
The machines designed with discovered slot-pole combinations can retain more percentage of post-fault torque whereas using a simple control strategy.
The machines also maintained acceptable performance in healthy operation.
The performance in one of the post-fault simple shutdown strategies is comparable to the complicated optimal current control strategy.
The machines designed with discovered slot-pole combinations can retain more percentage of post-fault torque whereas using a simple control strategy.
The machines also maintained acceptable performance in healthy operation.
The performance in one of the post-fault simple shutdown strategies is comparable to the complicated optimal current control strategy.
Schlagwörter: Fault tolerance; multiphase machines; Permanent magnet synchronous machines
Forschungsberichte Elektrische Antriebstechnik und Aktorik
Herausgegeben von Prof. Dr.-Ing. Dieter Gerling, München
Band 59
Weitere Formate
Elektronische Publikation (PDF): 978-3-8440-9839-6
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