HOMEPAGE
Developing compact electric powertrains of BEVs (VOLVO) and in SiC traction inverters (Chalmers) that will allow further conception of novel topologies and arrangements to achieve integration of components in motors and batteries.
HOMEPAGE
HOMEPAGE
Improving and downsizing passive components, such as magnetics (KU Leuven, SMA and Tampere), cooling systems (SCIRE) and interconnections (Rogers), as well as integrating sensors and circuitry in semiconductor components (Infineon). Both points are essential in achieving next generation EV components and in meeting the efficiency, cost, size, and weight targets.
HOMEPAGE
HOMEPAGE
Using reliable surrogate models to integrate power electronics components in circuit/system level simulation (Tampere and MathWorks).
HOMEPAGE
HOMEPAGE
Transport modelling  (TC Dublin) as well as analysing the human effect on the driving and load profiles experienced by a vehicle.
HOMEPAGE