Loss-minimizing control of synchronous reluctance motors - A review

This paper reviews state-of-the-art loss-minimizing control strategies for synchronous reluctance motors. Methods can be categorized as loss-model controllers (LMCs) and search controllers (SCs). For LMCs, different loss models and the corresponding optimal solutions are summarized. The effects of t...

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Main Authors: Zengcai Qu, Hinkkanen, M.
Format: Conference Proceeding
Language:English
Subjects:
Core loss
Core losses
drive
efficiency optimization
energy
loss minimization
Magnetic cores
magnetic saturation
Reluctance motors
Saturation magnetization
Stator cores
synchronous reluctance motor
Torque
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Hinkkanen, M.
description This paper reviews state-of-the-art loss-minimizing control strategies for synchronous reluctance motors. Methods can be categorized as loss-model controllers (LMCs) and search controllers (SCs). For LMCs, different loss models and the corresponding optimal solutions are summarized. The effects of the core losses and magnetic saturation on the optimal stator current are investigated; magnetic saturation is a more important factor than the core losses. For SCs, different search algorithms are presented and compared. The SCs are evaluated based on their convergence speed, parameter sensitivity, accuracy, and the torque ripple caused by the search process.
doi_str_mv 10.1109/ICIT.2013.6505697
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subjects Core loss
Core losses
drive
efficiency optimization
energy
loss minimization
Magnetic cores
magnetic saturation
Reluctance motors
Saturation magnetization
Stator cores
synchronous reluctance motor
Torque
title Loss-minimizing control of synchronous reluctance motors - A review
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