PERL is dedicated to advancing fundamental research in a strategic and innovative topic, i.e., the high frequency switched power converters, with the aim of preparing researchers for future industry challenges, and for enhancing the scientific visibility of both SAL and TU Graz.
The increase of the operating switching frequencies of power electronic converters allows building them with higher performance and power densities with respect to traditional silicon-based solutions. The fundamental research activities of PERL aim at exploring the limitations when pushing the switching frequency of power electronic converters and to work on solutions to overcome these limitations.
The research work aims to beneficially use the superior properties of wide bandgap (WBG) semiconductors, such as silicon carbide (SiC) and gallium nitride (GaN), by proposing and studying new power conversion topologies (with a strong focus on soft switching ones), optimal usage and design of passive components, novel gate driving solutions, and smart packaging and integration techniques. The main objective is to push the operating frequency of the converters and to explore and understand the associated limitations, also considering the electromagnetic interference (EMI) in the analysis.
Targeted applications span various industrial fields where low size and weight, as well as very high efficiency are beneficial, including automotive, data centers, telecom, portable devices, and avionics/space.
The PERL Lab is led by Roberto Petrella, Staff Scientist in Power Electronics at SAL and Professor at the University of Udine in Italy, and Michael Hartmann, Professor and Head of the Electric Drives and Power Electronic Systems Institute (EALS) at TU Graz.
Researchers from both SAL and TU Graz will work together, including four dedicated PhD students. The joint laboratory is initially planned to run for three years.
This collaboration between SAL and TU Graz marks an important milestone in the field of power electronics, serving as a foundation for further industry partnerships and showcasing innovative findings and results to the world.
