ADDRESS
Via Melchiorre Gioia, 11
Turin (Italy)
10121
ADDRESS
Via Melchiorre Gioia, 11
Turin (Italy)
10121
Imagine your digital electric motor on your desk
DOTS
Digital Off The Shelf
Full multiphysics motor model in one point
P.IVA 13097430014
One model for all
Use it - Performance Simulation
Analyze - Electromagnetic & Thermal XRay
Compare - Executive Positioning
How it is Designed
MoBeLIV's DOTS is your electric motor, completely defined, ready to be used, analyzed and compared.
It contains full detailed electromagnetic, thermal & control model, with all useful informations:
- Complete flux maps at all magnets temperatures
- Full sinusoidal Loss segregation at all temperatures and speeds
- PWM impact on losses due to inverter supply
- Detailed control strategy for optimum working point definition
- Full parametric thermal model depending on: coolant type (water, oil, rotor cool,…), coolant flow rate, coolant and ambient temperatures
Example
- Flux maps: 10 magnet temperatures (id,iq)
- Iron Loss: 10 magnet temperatures (id,iq)
- PWM Losses depending on Vdc, switch frequency, rotor speed, magnet temperature, copper temperature
- Multiple torque speed maps > 900 included 77M working points depending on Vdc, rotor speed, magnet temperature, copper temperature
- Parametric thermal network at multiple Coolant temperature, flow rate and environment
Executive Summary
Analyze KPIs
Explore Packaging
Understand Positioning
Engineering XRay
Access to all electric motor details and control features
Electric motor designers
Explore your motor characteristics instantanously without additional FEA simulations
Analyze flux & loss distribution
Explore efficiency maps
Torque - Speed maps
Control
Engineers
Extract all control parameters
in seconds
Access to all motor parameters
Extract control trajectories
Access to all electric variables
System Integrators
Simulate your electric motor and control in your system
Real thermal and electromagnetic system perfomance
Analyze internal variable (e.g. losses and magnet temperatures)
Assess the impact of motor control logic on system performance
Test Engineers
Validate your electric motor with test bench
Model tuning
Compare test with simulations
Advanced features for durability analysis
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
Simulate
Use your electric motor and control model to simulate detailed performance
Embedded Simulink protected model for Model-Based simulation
Thermal model
Control model
Electromagnetic model
All the information you need in few seconds
Simulate standard and custom driving cycles and working points
Keep temperatures under control
Understand Losses and consumptions
And much more…