Three a.c. motors are compared, for application in high-performance controlled drives: induction, brushless and synchronous reluctance motors. Their design is optimized, under common design assumptions. Then, the given stall-torques are compared to each other. In addition, the quadrature reactances are compared, as affecting overload and flux-weakening performances. Last, applicative considerations are given, thus defining the most suitable solution for each field.
A.C. motors for high-performance drives: a design-based comparison / Vagati, A.; Fratta, A.; Franceschini, G.; Rosso, P. M.. - 1:(1995), pp. 725-733. (Intervento presentato al convegno Conference Record of the 1995 IEEE Industry Applications 30th IAS Annual Meeting. Part 3 (of 3) tenutosi a Orlando, FL, USA, null nel 1995).
A.C. motors for high-performance drives: a design-based comparison
Franceschini, G.;
1995
Abstract
Three a.c. motors are compared, for application in high-performance controlled drives: induction, brushless and synchronous reluctance motors. Their design is optimized, under common design assumptions. Then, the given stall-torques are compared to each other. In addition, the quadrature reactances are compared, as affecting overload and flux-weakening performances. Last, applicative considerations are given, thus defining the most suitable solution for each field.
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