Vector control of synchronous reluctance motors including stator-iron loss with on-line parameter measurement

This paper describes the vector control of a synchronous reluctance motor with on-line parameter measurement based on the voltage equation taking account of the stator iron loss. The vector control is achieved by using nonlinear state feedback to eliminate the interference of d-q axes through the equivalent iron loss resistance in transient conditions. The parameters of the vector controller are adjusted to achieve the vector control of synchronous reluctance motors in the case that machine parameters have variations.<
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