WheemX™.

The most advanced 3D FEA Axial Flux Motor design optimisation tool

WheemX™.

The most advanced 3D FEA Axial Flux Motor design optimisation tool

Thousands of Designs in Hours, Not Years

Thousands of Designs in Hours, Not Years

Our simulation tool generates and evaluates thousands of motor designs in just a few hours, giving you a complete overview of what's possible to achieve — all based on your specific geometry requirements.

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motor simulations in 24 hours

motor simulations
in 24 hours

motor simulations in 24 hours

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faster design iteration speed

faster design iteration speed

faster design iteration speed

From this dense design space, we identify optimal configurations, each offering a unique trade-off between cost and efficiency.

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Minimise costs while still achieving your target efficiency

Minimise costs while still achieving your target efficiency

Reduce expenses while meeting your exact performance requirements.

Reduce expenses while meeting your exact performance requirements.

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Maximise efficiency within your target budget

Maximise efficiency within your target budget

Get the highest possible performance, without exceeding your cost limits.

Get the highest possible performance, without exceeding your cost limits.

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What exactly is WheemX™?

What exactly is WheemX™?

WheemX™ is Wheemo’s in-house 3D simulation tool that is specifically designed for optimmising Axial Flux Motors.

As a full development pipeline, WheemX™ automates the entire process from geometry creation to simulation results, offering unmatched efficiency and accuracy. By leveraging advanced simulation techniques and AI driven optimisation, WheemX™ generates optimised Axial Flux Motor designs that meet stringent customer requirements.

MINIMISE MASS

MINIMISE
MASS

MINIMISE COST

MINIMISE
COST

MAXIMISE EFFICIENCY

MAXIMISE
EFFICIENCY

OPTIMISATION AND PARETO CURVES

OPTIMISATION AND PARETO CURVES

Optimising for application by balancing competing metrics.

COMPUTATIONALLY EFFICIENT

COMPUTATIONALLY EFFICIENT

Combining magnetic vector and scalar potentials.

COMPLEX PHENOMENA SIMULATION

Efficiently simulates complex phenomena like eddy currents, iron core losses etc. involving drivetrain as a system.

WheemX™ simulates to find the most optimal design based on: magnet mass reduction for cost efficiency, compact packaging for seamless integration and energy density & thermal management for long-term reliability.

From requirements to full performance

From requirements to full performance

Requirements Gathering

Requirements Gathering

Requirements Gathering

Gather customer geometry and performance requirements, exploring the full solution space, unconstrained by machine topologies in an initial step.


Gather customer geometry and performance requirements, exploring the full solution space, unconstrained by machine topologies in an initial step.


Gather customer geometry and performance requirements, exploring the full solution space, unconstrained by machine topologies in an initial step.


Torque

Mass

Cost

Diameter

Height

DEFINE
COST-FUNCTION

DEFINE
COST-FUNCTION

DEFINE
COST-FUNCTION

Together with the customer we bring our expertise to define the weights of the cost-optimisation-function. Here, we seek for answers like: "I could spend X more dollars to reduce Y grams".

Together with the customer we bring our expertise to define the weights of the cost-optimisation-function. Here, we seek for answers like: "I could spend X more dollars to reduce Y grams".

Together with the customer we bring our expertise to define the weights of the cost-optimisation-function. Here, we seek for answers like: "I could spend X more dollars to reduce Y grams".

Initial WheemX™ SIMULATIONS

Initial WheemX™ SIMULATIONS

Initial WheemX™ SIMULATIONS

Simulation of First Thermal and Electromagnetic Designs for performance computation.


Simulation of First Thermal and Electromagnetic Designs for performance computation.


Simulation of First Thermal and Electromagnetic Designs for performance computation.


WheemX™ Optimisation

WheemX™ Optimisation

WheemX™ Optimisation

Machine Optimisation, using the intuitive Pareto curves provided by WheemX™. Clear insights into the trade-offs between motor performance, efficiency, and cost, enable informed decision-making, streamline development, and accelerate time to market.

Machine Optimisation, using the intuitive Pareto curves provided by WheemX™. Clear insights into the trade-offs between motor performance, efficiency, and cost, enable informed decision-making, streamline development, and accelerate time to market.

Machine Optimisation, using the intuitive Pareto curves provided by WheemX™. Clear insights into the trade-offs between motor performance, efficiency, and cost, enable informed decision-making, streamline development, and accelerate time to market.

Final Output

Final Output

Final Output

Visualise optimal design within the design space to assess sensitivity of design changes.

Visualise optimal design within the design space to assess sensitivity of design changes.

Visualise optimal design within the design space to assess sensitivity of design changes.

Partnered and

scaling with:

Partnered and

scaling with:

WheemX™ services

WheemX™ services

DESIGN AS A SERVICE

DESIGN AS A SERVICE

✓ Subscription service of monthly EM designs at your disposal, flexible and convenient

Save cost on EM engineers

Save simulation license fees

Fast iterations

Clear customer quotation

BESPOKE
DESIGN

BESPOKE
DESIGN

✓ Project-based EM design

No costly internal EM team

One-off investment

Accelerating time to market

Clear customer quotation

Contact us for a quote

Contact us for a quote