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MotorSolve is the complete design and analysis software for induction, synchronous, electronically and brush-commutated machines.
Motor and generator designers can use this template-based software for quick and easy virtual prototyping. MotorSolve simulates machine performance using equivalent circuit and our unique automated finite element analysis engine. Typical FEA user controls such as mesh refinements are not required as MotorSolve performs these operations for the user. The template-based interface is easy to use and flexible enough to handle practically any motor topology. Custom rotors and stators can be imported via DXF.


MotorSolve BLDC supports AC generators or generating mode analysis. Any electrical machine in the BLDC module can be simulated in motor mode or generator mode, depending on the operating condition.

Output Waveforms & Charts

  • Current
  • Back-EMF
  • Torque
  • Flux Linkage
  • Duty Cycle losses
  • Heat flux
  • Heat capacity
  • Phasor Diagrams

  • Machine Performance

  • Torque
  • Efficiency
  • Air Gap Flux
  • Cogging Torque
  • Efficiency Maps

  • Field Plots

  • Demagnetization prediction
  • Losses
  • Flux density
  • Current density
  • Thermal
  • Heat flux
  • Surface force fensity

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    Motor Types

    Brushless DC & PMAC machines

  • Sync. Reluctance
  • IPM
  • Surface
  • Bread-loaf
  • Spoke
  • Inset

  • Induction machines

  • Interior and exterior rotor
  • All standard bar shapes
  • All standard wound configurations

  • Switched reluctance machines

  • Templates for both interior and exterior types

  • Brushed & Wound field DC machines

  • Brushes
  • PMDC
  • Series
  • Shunt
  • Universal

  • Thermal

  • Non-vented (TENV)
  • Forced Cooling (TEFC)
  • Contact cooling
  • Spray cooling
  • Duct cooling+ Water Jackets

  • Other Features Include

  • Automatically calculates list of all balanced windings
  • Auto-size: Get an initial value for several parameters related to the size of the machine based on torque per unit volume or rated current density
  • Take notes and document design changes
  • DXF Import of the rotor, stator, and armature geometry
  • VHDL-AMS and Simulink© export capabilities
  • Export results into your spreadsheet
  • Create multiple design alternates in the same model to do quick and easy performance comparisons
  • Pre-defined library of linear, nonlinear and anisotropic materials
  • Several winding diagrams available (Phase Back-EM. Winding factors, Görges diagram, Animated Airgap MMF, etc.)

  • Automated FEA Engine

    MotorSolve includes several analysis methods, suitable for different phases of the design process. Outputs quantities, waveforms, fields and charts can be based on different analysis methods, allowing users to choose the computation time based on their required degree of accuracy.

    Only FEA simulations accurately predict:

  • Performance when there is saturation
  • Hysteresis, eddy current & winding loss
  • Deep bar effects
  • Coupled Electromagnetic and Thermal effects

  • Performance parameters, waveforms and field plots are
    available with just one click.


    MotorSolve Thermal

    MotorSolve Thermal is a 3D FEA-based thermal analysis tool for calculating the steady-state temperatures using the losses from BLDC or IM’s electromagnetic analysis and perform the electromagnetic analyses at these steady-state temperatures.


  • DXF
  • Simulink
  • eDrivesim from Opal-RT

  • Scripting

    Powerful scripting capability for customization, batching and optimization possible: All MotorSolve commands can be accessed through APIs. Use this feature with any programming language or any ActiveX compliant application, (e.g. Microsoft Excel)