e-mobility
E-drives
The future of electric mobility also depends on efficient use of electricity.
THE POWER INVERTER is responsible for the conversion from DC (battery pack) to AC (electric motor power supply). As an electrically and thermally stressed element, it requires a multi-physical design approach, oriented to maximize the specific power.
Project Development
1
project Initialization
Application area bus voltage and rated/peak power are the starting parameters for the inverter’s electronic, mechanical and thermal design
2
Parameters selection
The appropriate selection of power elements (IGBT, SiC, GaN), together with a particular attention to the thermal aspects of the various sub - components, contribute to significantly improve the overall efficiency of the inverter.
3
Design customization
The implementation of particular control strategies is carried out on the basis of the application type and the electric motor defined by the customer.
Our Products
STDrive
DC BUS
800 V
Continuous power
80 kW
Technology
SiC
cooling
Liquid
4WDrive
DC BUS
800 V
Continuous power
4x20 kW
Technology
SiC
cooling
Liquid
HeD380
DC BUS
800 V
Continuous power
380 kW
Technology
SiC
cooling
Liquid
W4FI
DC BUS
400-900 V
Continuous power
90 kW
Technology
IGBT
cooling
Liquid
