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Ansoft offers comprehensive, easy to use software tools for the design and optimization of electric drive systems and components. Our solution for electric drive systems design enables analysis to be performed at the component, sub-system and system-level. Dynamic co-simulation functionality of Maxwell® and Simplorer™ and ePhysics allows for end-to-end simulation of the complete electric drive system and optimization of the components along the energy flow channel including thermal and stress effects. Ansoft powerful solution greatly reduces engineering time and prototype iterations while improving design performance of electric drive systems. |
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Maxwell®
Maxwell® 3D is the leading electromagnetic design software for the simulation and analysis of high-performance electromagnetic and electromechanical components common to automotive, military/aerospace, and industrial applications. Maxwell 3D provides users a virtual laboratory on their desktop to study static, frequency-domain, and time-varying electromagnetic fields in complex 3D structures.
Simplorer®
Simplorer® is multi-domain, system simulation software for the design of high-performance electromechanical systems commonly found in the automotive, aerospace/defense, and industrial automation industries.
ANSYS Mechanical
ANSYS Mechanical offers a comprehensive product solution for structural linear/nonlinear and dynamics analysis. The product offers a complete set of elements behavior, material models and equation solvers for a wide range of engineering problems. In addition, ANSYS Mechanical offers thermal analysis and coupled-physics capabilities involving acoustic, piezoelectric, thermal-structural and thermal-electric analysis. Today's high-performance electronic and electromechanical design challenges require engineers to consider electrical, power dissipation and mechanical integrity constraints. The combination of ANSYS Mechanical with Maxwell or HFSS delivers the multi-disciplinary analysis framework needed to solve coupled physics problems for the accurate prediction of a design's overall performance
