MotorWizard, Vereinfachung des Designs elektrischer Maschinen
Revolutionieren Sie Ihre Motor- und Generatordesigns mit MotorWizard.

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A Template-Based SOLIDWORKS Plugin Motor Design Software

MotorWizard is a cutting-edge template-based motor design software that empowers users to effortlessly create and analyze a wide range of electric machine designs.

As the only electric motor design software that is a SOLIDWORKS Plugin, MotorWizard seamlessly integrates with the SOLIDWORKS environment, enhancing the design process by allowing users to work within a familiar CAD system.

It uses advanced analytical and finite element-based solvers to calculate electric and magnetic fields, circuit parameters, force and torque parameters, and losses.

This integration not only streamlines the workflow but also significantly reduces the learning curve for SOLIDWORKS users.

Mz SOLIDWORKS post processing results

MotorWizard provides accurate and reliable results for various operating conditions and performance characteristics, making it an indispensable tool for engineers focused on innovation and efficiency in electric motor design.

user freindly interface


MotorWizard Fähigkeiten

intuitive_topology_designer
Intuitiver Topologie-Designer
Das fortschrittliche CAD-Werkzeug von MotorWizard verfügt über ein flexibles Parametrierungsbedienfeld, um Ihre CAD-Baugruppe mühelos in eine vollständig definierte elektrische Maschine zu verwandeln. Passen Sie Standardvorlagen an, um verschiedene Motorentwürfe zu generieren, einschließlich BLDC.

Der Topologie-Editor vereinfacht komplexe Maschinendesigns mit einer Auto-Korrektur-Funktion und gewährleistet präzise Abmessungen entsprechend Ihrer ausgewählten Konfiguration.
quick performance Schnelle Leistungsprognose
Eine effiziente Motorplanung beginnt mit schnellen und präzisen Leistungsprognosen. MotorWizard bietet sofortige Berechnungen für Designmerkmale wie Drehmomentverlauf, Luftspaltflussdichte, Rück-EMK, Wicklungsflussverknüpfung, Phaseninduktivität, Co-Energie und Kernverluste.

Genaue Vorhersagen werden durch Finite-Elemente-Analysen für verschiedene Betriebsbedingungen der Maschine erreicht, einschließlich Leerlauf- und Volllast-Szenarien.
user freindly Benutzerfreundliche Oberfläche
MotorWizard bietet eine benutzerfreundliche Oberfläche, die das Designmanagement vereinfacht. Sein heuristischer Arbeitsablauf gewährleistet ein schnelles Beherrschen der verfügbaren Werkzeuge und Funktionen. Führen Sie mehrere Analysen in kurzer Zeit durch und stellen Sie problemlos vorherige Designspezifikationen wieder her, um eine effiziente Optimierung zu erreichen.
Ergebnisse von MotorWizard
Definieren Sie Wicklungseigenschaften und Stromversorgungseigenschaften, um eine Vielzahl von Maschinenleistungsmerkmalen zu erhalten, einschließlich:

  • Drehmoment-Drehzahl-Kurve
  • Induktivitätsprofil
  • Drehmoment-Winkel-Profil
  • Wicklungsflussverknüpfungs-Wellenform
  • Stromwellenform
  • Co-Energie
  • Die Ergebnisse der Luftspaltfluss-FEA umfassen: Dichte

FEA-Ergebnisse beinhalten:

  • Wicklungsflussverknüpfung pro Phase
  • Rück-EMK pro Phase
  • Rastmoment
  • Induktivität pro Phase
  • Statisches Drehmoment
  • Verteilung des Magnetfelds
  • Verteilung der magnetischen Flussdichte
  • Erweiterte Analyseoptionen
winding_editor Winding Editor
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.
material_library Extensive Material Library
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.


Verwandte Ressourcen

Effect of Skew Angle and Airgap on Torque Ripple with EMWORKS-MotorWizard Effect of Skew Angle and Airgap on Torque Ripple with EMWORKS-MotorWizard
Discover how airgap length and skew angle affect PMSM performance using EMWORKS MotorWizard. Learn to optimize torque, efficiency, and reduce cogging torque.
Simulating Toyota Prius Motor Using EMWORKS - MotorWizard & Autodesk Inventor Simulating Toyota Prius Motor Using EMWORKS - MotorWizard & Autodesk Inventor
Learn how EMWORKS - MotorWizard, powered by Autodesk Inventor, precisely simulates and optimizes the Toyota Prius motor. Essential reading for advanced motor design.
Enhancing SRM Performance with Permanent Magnets: A Comparative Study Enhancing SRM Performance with Permanent Magnets: A Comparative Study
Discover how permanent magnets boost SRM efficiency, offering advancements in torque and reduced ripple in our comparative analysis.
Impact of Rotor Eccentricity on Nissan Leaf Electric Motor Performance Impact of Rotor Eccentricity on Nissan Leaf Electric Motor Performance
How does eccentricity impact the performance of electric motors, and what solutions can optimize their reliability and efficiency?
What’s New in MotorWizard for Electric Motor Design What’s New in MotorWizard for Electric Motor Design
Experience a live MotorWizard demonstration. Witness designing and simulating a permanent magnet motor, exploring capabilities and potential.
Unlocking Electric Motor Design Excellence: A Multiphysics Simulation with EMWorks Products Unlocking Electric Motor Design Excellence: A Multiphysics Simulation with EMWorks Products
Webinar for electric motor professionals: Essential for engineers, designers, researchers, and academics keen on Multiphysics simulation and analysis.
Efficient Green Energy: Exploring Simulation-Driven Design for High-Torque Wind Turbine Machine Efficient Green Energy: Exploring Simulation-Driven Design for High-Torque Wind Turbine Machine
Electric machines with direct drive, operating at low speeds while delivering remarkable torque, are indispensable components in various critical applications.
Is the Switched Reluctance Motor (SRM) the Future of Electric Vehicles? Is the Switched Reluctance Motor (SRM) the Future of Electric Vehicles?
The switched reluctance motor (SRM) has various benefits such as a simple and robust structure, high speed operating capabilities, and lower manufacturing costs.
The Impact of External Rotor PM Motors on Ceiling Fan Efficiency The Impact of External Rotor PM Motors on Ceiling Fan Efficiency
Discover how external rotor PM motors revolutionize ceiling fan performance with superior efficiency, quieter operation, and improved airflow.
Optimizing Spoke-Type PMSM Design for Robotics with EMWORKS MotorWizard Optimizing Spoke-Type PMSM Design for Robotics with EMWORKS MotorWizard
Discover how to design spoke-type PMSMs for robotics, enhancing torque density and efficiency with EMWORKS MotorWizard. Your guide to cutting-edge motor technology.
Exploring EMWorks' Software Benefits in Academic Research Exploring EMWorks' Software Benefits in Academic Research
Learn about the benefits of using EMWorks' Electromagnetic Simulation Software for enhancing research and education in academic settings.
Advanced PMSG Designs for Efficient Wind Energy Conversion Advanced PMSG Designs for Efficient Wind Energy Conversion
Explore how optimized Permanent Magnet Synchronous Generators (PMSGs) enhance wind turbine efficiency, offering a sustainable solution to global energy needs.


Analyseoptionen

MotorWizard optimiert den Analyseprozess, automatisiert die Gittererzeugung und die Anwendung von Randbedingungen für präzise Ergebnisse in minimaler Zeit. Erleben Sie unvergleichliche Effizienz im elektrischen Motordesign mit MotorWizard.

MotorWizard bietet drei Arten von Analysen an:

Analytische Analyse
Nutzt analytische Modelle der Maschine, die detaillierte Geometrie und Wickelstruktur integrieren, um Parameter wie die Rück-EMK-Konstante, den Ständerphasenwiderstand und den Kernverlust zu schätzen. Erhalten Sie schnell Einblicke in die Leistung der Maschine.
Semi-analytische Analyse
Kombiniert analytische und Finite-Elemente-Analysen, um die Luftspaltflussdichte und die Induktivität der Phasen abzuschätzen und trägt damit zu Vorhersagen der stationären Leistung bei.
Finite-Elemente-Analyse
Provides the most accurate results by analyzing detailed geometry, winding distribution, slotting effects, and electromagnetic properties. FEA offers insights into various operating conditions, revealing the impact of different machine features on results such as back EMF waveform and torque profiles.