MOTORS, Streamlining Electric Machine Design

MotorWizard's advanced CAD tool features a flexible parametrization panel for effortless transformation of your CAD assembly into a fully defined electric machine. Customize default templates to generate various motor designs, including BLDC. The topology editor simplifies complex machine design with an auto-correction feature, ensuring precise dimensions based on your selected configuration.

Efficient motor design starts with quick and accurate performance predictions. MotorWizard provides instant calculations for design characteristics such as torque waveform, air gap flux density, Back EMF, winding flux linkage, phase inductance, co-energy, and core losses. Accurate predictions are achieved through finite element-based analysis for various machine operating conditions, including no-load and full-load scenarios.

MotorWizard offers a user-friendly interface that simplifies design management. Its heuristic workflow ensures a quick mastery of available tools and features. Conduct multiple analyses in a short time and easily restore previous design specifications for efficient optimization.

MotorWizard offers a comprehensive solution for configuring motor windings with ease. Users can choose from various winding types, including single-layer or double-layer, concentrated or distributed, and full or short pitch. This feature automates the winding design process, making it straightforward to set up and optimize winding configurations based on the motor’s specifications. Additionally, for more precise adjustments or custom designs, users have the option to manually edit winding parameters. This combination of automated and manual editing capabilities ensures both efficiency and flexibility in achieving the desired motor performance.

MotorWizard provides users with a diverse selection of materials essential for electric motor design. This library includes a comprehensive range of permanent magnets and steel laminations, offering different grades to optimize core performance and minimize losses. The library also features a variety of conductors, which are essential for efficient current flow in windings, ensuring optimal electrical conductivity and thermal performance. Furthermore, it includes a selection of insulators to prevent short circuits and ensure electrical isolation between components. With this extensive collection of materials, designers can easily choose, compare, and implement materials suited to specific motor performance.