ADDRESS
Via Melchiorre Gioia, 11
Turin (Italy)
10121
ADDRESS
Via Melchiorre Gioia, 11
Turin (Italy)
10121
MTCore-SIM
P.IVA 13097430014
Simulate your digital twin in seconds in Simulink
Multiphysics has never been more fast and integrated
MTCore-SIM is represents the real operation of the Electric Motor on the test bench.
- Electric
- Magnetic
- Control
- Thermal
All physics at the same time with unmatchable performance
Simulate Driving Cycles, Continuous Working Points, Peak Working Points and more…
(e.g. WMTC Driving Cycle: 1800s simulated in 5s)
Multiphysics made Instantaneous
What are the Inputs and the Ouputs?
MTCore-SIM can work with different control strategies:
- Torque Control: the control logic works runtime to reach the torque with the optimum currents depending on:
- Voltage DC
- Winding Temperature
- Permanent Magnets Temperature
- Rotor Speed
- Current Control: the user can impose the Id Iq currents
What are the Inputs?
- Performance: Torque, Speed
- Electric: Battery Voltage DC, Currents (Id, Iq)
- Thermal: Ambient, Coolant Temperatures & Coolant Flow Rate
What are the Outputs?
- More than hundred outputs can be observed:
- Phase currents and voltages
- Power factor
- Electric motor fluxes
- All motor temperatures
- Sinusoidal power loss segregation
- PWM power loss segregation
- Output Torque
- Output Power
- Motor Efficiency
- …
How Long Does it Take to Build and Export the Multiphysics Model?
MoBeLIV has built the procedure for you, with Instantaneous Digital Twin Build & Export procedures embedded in Motor Unity
Watch the video of easy and fast multiphysics model export procedure embedded in Motor Unity
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
MTCore-SIM is linked to Motor Unity for fast and efficient workflow
