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A novel automated design optimization procedure based on the application of an ultrafast computationally efficient finite-element analysis (CE-FEA) for current-regulated synchronous reluctance machines supplied from power electronic converters is proposed. The CE-FEA uses only a minimum number of magnetostatic solutions in order to comprehensively evaluate performance, including ripple torque and...
An automated design procedure for current regulated synchronous reluctance machines supplied from power electronic converters is proposed. An ultra-fast computationally efficient electromagnetic FEA, which uses only a minimum number of magnetostatic solutions in order to comprehensively evaluate performance is employed. The optimization algorithm is based on differential evolution and uses as independent...
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