MotorWizard Electric Motor Design and Simulation – For Solidworks Users
MotorWizard is a template-based motor design software that is completely integrated inside SOLIDWORKS. It allows SOLIDWORKS users to build and analyze different electric machine designs.
Main Features and Capabilities: Easy Topology Editor: Customizable templates for easy and fast development of the different electric machine models, eliminating the need to create a model from scratch in SOLIDWORKS.
APPLICATIONS – Motors and Generators
Features
- Easy Topology Designer: MotorWizard is an advanced CAD tool providing a flexible parametrization panel that gives access to a wide range of templates’ sketches and features.
- Different motor designs can be generated by customizing the default templates. In addition, permanent magnets and brushless DCs are supported by many types and shapes of rotor and stator parts.
- The topology editor turns the complex machine design into an easy and quick process with the auto-correction feature that computes adequate dimensions based on the selected configuration.
- Quick Performance Predictor: The initial performance prediction is a crucial step in motor design tests; thus, based on wisely defined approaches, instantaneous calculations of the design characteristics can be processed in a few clicks.
- Electromagnetic machine behavior can also be accurately predicted through the Finite element-based analysis (FEA), where different test-oriented results can be obtained.
- In MotorWizard, FEA simulation can be performed for different machine operating conditions, such as No-load and Full-load.
- User-Friendly Interface: MotorWizard offers a user-friendly interface that makes managing the created designs intuitive and time-saving.
- Multiple analyses can be carried out quickly, and restoration of previous design specifications is always permitted, making the design’s optimization quicker and more efficient.
Some exciting results using finite element analysis, which are available in MotorWizard, are:
- Winding Flux Linkage Waveform
- Back EMF Waveforms
- Cogging Torque
- Inductance Profile
- Torque and Torque Ripple
- Magnetic Flux Density Distribution
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