Areas of Excellence
The megatrends of the coming years, such as electrification, climate neutrality, mobility, and the increasingly essential energy transition, repeatedly confirm the importance of the power electronics industry in our modern world.
To optimally set up the Area from the outset and draw the community’s attention to the focal points of the relevant players, a core team group was established. Additional emphasis is placed on education and further training on this topic. Competencies related to research findings and technological approaches need to be transferred to companies to support their competitiveness.
The core team meets at regular intervals and coordinates with the Area Management on matters, project ideas, news, event dates, and content. The trend-scouting tool, Neptun, aids in facilitating the flow of information. This Area also aims for cooperative project developments.
Power electronics is the technological foundation for our modern world. Energy efficiency, smart home applications, e-mobility, and renewable energy are just a few topics where the power electronics industry is driving the world towards sustainability and efficiency.
Power electronics is a key technology for the efficient conversion, control, and processing of electrical energy from the source to the consumer. The energy-saving potential of power electronics in various applications primarily relates to intelligent power supplies, as well as energy-efficient and low-emission mobility. The estimated energy-saving potential that can be achieved by introducing power electronics into systems is enormous, amounting to more than 25% of the current electricity consumption in Europe.
These materials have gained significant attention in the field of power electronics due to their exceptional properties. The wide bandgap of GaN and the high-temperature tolerance of SiC make them ideal candidates for various applications, from electric vehicles to renewable energy systems.
Several semiconductor components, such as MOSFETs, diodes, and gate drivers, are combined into a single package to form an integrated power module. This allows for more compact designs, better temperature control, and increased reliability. By integrating all these components into a single module, design and assembly processes are simplified, and system performance is maximized.
With my master’s studies in sustainable management & Industrial Ecology, I was always interested in companies combining ecological and economic development.
After working as a business developer for foreign subsidiaries of Carinthia’s largest energy supplier, my journey went towards self-employment. While co-founding a start-up, dealing with business development and sales, I obtained a trade license for management consulting to be able to provide companies with holistic support.
Since April 2022 I am part of the SILICON ALPS team as a Business Development and Innovation Manager, taking care of the Area of Excellence Power Electronics, start-up topics and the sustainability funding program Peak Performer in Carinthia.
“Good communication is the bridge between confusion and clarity. And I think there is no bridge that cannot be build.”