Case Study on electric commercial vehicle
Accelerate development cycles from weeks to 1 day
Tasks that traditionally require weeks of fragmented engineering work can be executed in a single integrated flow, enabling faster studies, earlier validation, reduced human error and more reliable engineering decisions from day one.
01
electromagnetic and thermal characterization
02
state-of-the-art methods and design patterns
03
streamlined repetitive operations and data visualization
Without MoBeLIV
Using MoBeLIV
%Time saved in 22 days
multi-condition characterization
FEA flux & losses (8 conditions)
5h
3h
Losses due to inverter (PWM)
24h
7h
Skew maps
4h
40s
Unify data
16h
10s
Unify torque-speed
8h
1s
Unify thermal data
24h
1s
Visualization & Exploration
40h
1s
Full emag + thermal simulations
Drive cycle simulation 20k sample - 4 conditions
32h
4m
Single point simulation 3,6k sample - 4 eq working point
23h
1m
ON PROTOTYPING:
Prototyping cycles reduced to 1
By continuously correlating electromagnetic response, thermal effects, and real operating conditions, we create a development environment where prototype performance remains consistently aligned with final real product.
Multiphysics models are much closer to real-world behavior
Inverter + emag + thermal
multi-physics approach is 60% more accurate than single physics simulations.
The gap on chart represents the span of quite possible mistake that will be discovered too late.
Our thermal results are the same as the industry level
