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Ansys Maxwell

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Ansys Maxwell - Enterprise Low-Frequency Electromagnetic Field Solver

Ansys Maxwell is low-frequency electromagnetic simulation software for electric machines, transformers, wireless charging systems, actuators and permanent-magnet latches. It solves static, frequency-domain and time-varying fields, including the nonlinear transient motion of electromechanical devices.

Motor and power electronics engineers use Maxwell to evaluate designs in simulation rather than through wound prototypes, from initial sizing through to detailed loss analysis.

Ansys Maxwell 2026 R1

2D Magnetic Transient solver: new first-order elements run up to 3.5x faster, and up to 10x faster end to end.
Electric machine efficiency: an improved SVPWM workflow with fully periodic drive excitation and waveform preview.
Frequency-domain A-Phi solver: now commercial, for AC loss in transformers, inductors, PCBs and busbars, with GPU acceleration.

Ansys Electronics Enterprise

The complete Ansys electronics portfolio in a single-user licence: every capability of Electronics Premium and Electronics Pro 2D, plus the advanced and coupled multiphysics tools, such as HFSS and Icepak electrothermal simulation.

Ansys Electronics Premium Maxwell

The 3D low-frequency static and transient solvers, ECAD and MCAD modelling and translation, and advanced circuit analysis, with Electronics Pro 2D included.

Ansys Electronics Pro 2D

2D low-frequency electromagnetic and electromechanical analysis, 2D parameter extraction, RF interference analysis and circuit simulation, including Maxwell 2D, RMxprt, PExprt and the 2D Extractor.

Torque, Loss and Magnet Modelling for Machines and Transformers

Maxwell calculates torque, back-EMF, cogging, efficiency maps, force and stroke. Its material models cover core loss, vector hysteresis, four-quadrant permanent-magnet behaviour and magnetostriction, which are the effects that decide efficiency, temperature and noise. RMxprt provides template-based machine set-up with automatic design sweeps across sizes, gaps and winding options.

Equivalent Circuits and State-Space Models for System Simulation

Maxwell can generate equivalent circuits and state-space models directly from field results, so detailed behaviour carries into system and control simulation. Losses and forces pass to thermal and structural analysis for multiphysics studies.

Common Low-Frequency EM Consultation Topics

Electric motor performance: torque, efficiency and losses for EV, industrial and appliance motors.
Transformers and inductors: losses, inductance and temperature rise.
Wireless charging: coil coupling and transfer efficiency.
Solenoids and actuators: force, stroke and response time.
Busbars and power electronics: AC losses and current distribution.

Have a project outside this list? Send us the specification. Where a study needs specialist knowledge, we draw on our wider Ansys partner network.

Ansys Maxwell FAQ

When is 3D needed instead of 2D?

2D is considerably faster and suits radial-flux motors and most transformers. 3D is used for end effects, axial-flux machines and complex three-dimensional geometry.

Related CADIT Training

Oct ’26 update by the CADIT Electronics Team.

License Duration

Perpetual

Yearly Subscription

Included In

Ansys Electronics Enterprise

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Product Line Expertise

A channel partner undergoes rigorous training and testing to receive a product line certification.
CADIT is proud to provide certified service to our customers in 5 Ansys Product Line Categories.
We provide several subsidized specialty training options & quality service for customers under our care.