Motor Unity

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All the R&D know-how in a single powerful product

Motor Unity creates your multiphysics electric motor Digital Twin model in days

Stop wasting time in developing not efficient home-made procedures, stay focused on the value of your product.

Simulation and Instantaneous Analysis of Results

Have you ever questioned how the motor performance change with Temperature or with Voltage DC supply?

Motor Unity gives you instantaneous answer without the need to perform not efficient loops of simulations

How Long Does it Take to Create a Full Digital Twin?

Example*

Full sinusoidal characterization 2 Days

- Flux Maps: Id11 x Iq11 - 8 Magnet Temperatures

- Iron Loss Maps: Id11 x Iq11 - 8 Magnet Temperatures

- Full Kac identification: 10 Winding Temperatures (-40°C - 200°C) - 30 Fundamental Frequencies (1 Hz 2000 Hz) INSTANTANEOUS

Full Thermal Characterization INSTANTANEOUS

- 1M Thermal parameters --> Thousands of thermal boundaries combinations (coolant flow rate, coolant temperature, ambient temperature, rotor speed ...) --> 2 seconds

Ultra-Fast PWM currents simulation - INSTANTANEOUS Single Working Point Simulation

- Current ripple generation > 10.000 working point in 1h

- PWM Loss map simulation 5 Days (5 Days for a complete and reasonable PWM characterization, depends on number of working points)

- Digital Twin Creation INSTANTANEOUS

- Digital Motor export for MTCore-SIM, MTCore-RTwin and DynCTRL INSTANTANEOUS

* Reference: electric motor FEA model with about 15.000 mesh elements, Workstation 12 Cores, RAM 32 GB, CPU base speed > 3 GHz

Benchmark your electric machine design capabilities and processes

Discuss your specific electric machine design challenges or request a demo

Get expert analysis of your design toolchain and workflow

Motor Unity

Motor Unity creates your multiphysics electric motor Digital Twin model in days

Export your Digital Twin to the Multiphysics Environment & Control Platform