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Due to their high torque and power per volume ratio, interior permanent magnet synchronous motors (IPMSM) are widespread electrical machines for traction drive applications, e.g. in the drive train of hybrid electric vehicles (HEV). IPMSM exhibit a significant degree of saliency along the rotor circumference. Thus, in order to exploit the full potential of an IPMSM drive, it is mandatory to utilize...
Interior permanent magnet synchronous motors (IPMSM) gain importance due to their high torque per volume ratio particularly for hybrid electrical vehicles. However, unlike to standard control theory, the torque control strategy for these motors is not apparently due to their reluctance torque, which is typical with interior magnet design. In this contribution, a control strategy is presented, which...
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