Electronic engineer of computer technology_Quelle: Fotolia_golubovy_136825996
IFE

UmSiCht - Converter with SiC-based power electronics and double-sided cooled power module

Duration
-

Innovations in electronics will further increase the efficiency of the drive system of electric vehicles and thus their range. Silicon carbide (SiC) semiconductors play a special role here, making power electronics, which control energy flows in vehicles, more compact and efficient. Intelligent electronics for control and monitoring will also ensure the reliability of future drives even in the event of a fault.

The influences of the high switching frequencies typical for SiC power electronics systems on the battery, the drive and the electrical system of electric vehicles can, although largely unexplored, be of great importance for the system performance. In order to avoid possible side effects such as damage to the drive machine, faster aging of insulation materials and electromagnetic interactions with the on-board electronics, the UmSiChT project is to investigate suitable parameters for SiC converters and electric drives that make optimal use of the advantages of SiC power semiconductors. Part of the planned research and development work includes controls and filter structures for SiC power electronics as well as double-sided cooling for power modules. The effectiveness is to be demonstrated using an axle drive for mid-range electric vehicles.

The solutions for SiC converters developed in the project and the traction machines adapted to them should increase energy efficiency by 5% compared to conventional electric drives of comparable performance. The desired optimization at the overall system level can also extend the lifespan of drive components for electric vehicles.

Project partners

Project request

Privacy policy

Yes, I have read the Privacy Policy note and I consent that the data provided by me, including the contact data, for the processing of the inquiry and in case of questions are electronically collected and stored. My data will only be used strictly for my request and will not be passed without my consent. This consent can be revoked any time with effect for the future.'

Image CAPTCHA
Enter the characters shown in the image.

Other active projects

Duration
-
Self-optimizing process automation of dynamic microfiltration with AI support for economic recovery of yeast by-product flows in breweries The recovery of beer by filtration of...
Head
Duration
-
MonoCabs - Small shuttles using the two rails of reactivated railroad lines in both directions. On demand, they run with high frequency as a new form of public individual...
Head
Participants
Duration
-
The aim of the project is to investigate the possible replacement of classic 50 Hz transformers by power electronic circuits with high frequency transformers. The solution is to be...
Head
Duration
-
In terms of content, the project builds on the results of DC INDUSTRIE in which an extensive system concept has already been developed. It is the aim of DC INDUSTRY 2 to expand the...
Participants
Duration
-
The project deals with individually configurable circuit carriers and the resulting possibilities to place highly integrative electronics in complex and small installation spaces...
Head
Duration
-
In the project effiDCent, the iFE, together with partners from business and research, is researching DC-based busbars for efficient energy transfer in production lines, e.g. in...
Participants