MotorSolve IM and SRM share the same modern and intuitive interface as MotorSolve BLDC. The exceedingly adaptable rotor and stator templates use a sophisticated validation mechanism which verifies each change to the global design. MotorSolve is streamlined to help guide users through the creation process for creating any induction machine or switched reluctance motor for extensive study in MagNet.
The new version of MagNet and MotorSolve BLDC feature an improved core loss calculation method which computes the hysteresis plus the anomalous and eddy current losses in the lamination and presents them to the user as two separate fields. In a simulation, the new core loss calculation method for eddy currents takes different harmonics into account and, for hysteresis loss; it takes into account the minor loops.
MotorSolve BLDC version 2 includes a new sizing feature which computes an initial value for several parameters related to the size of the machine based on general design parameters and several additional rotor/stator templates.