Magnetic Components for Wide-Bandgap Power Electronic Converters
Magnetic components are essential building blocks of modern electrical systems. They are used in motors, reactors, inductors, filters, transformers and many other applications.
As the use of power electronics and electricity consumption continues to grow, nearly 30% of all electrical energy is now processed through converters that rely on magnetic materials.
New Challenges for Magnetic Components
The emergence of wide-bandgap semiconductors, such as Gallium Nitride (GaN) and Silicon Carbide (SiC), is driving a new generation of power electronic converters.
To fully benefit from these technologies, magnetic components must operate at higher switching frequencies. This creates new challenges for the design and performance of transformers, inductors and other magnetic components.
Characterisation, Modelling and Optimisation
At EnergyVille, we investigate how magnetic components can be adapted to meet the requirements of next-generation power electronics. Our research focuses on the characterisation, modelling and optimisation of magnetic components for power converters.
Enabling High-Performance Converters
Our objective is to develop magnetic components that combine high efficiency, compact dimensions and reliable operation when used together with wide-bandgap semiconductors. By creating this synergy between advanced magnetic materials and new semiconductor technologies, we contribute to the development of high-performance converters for modern energy systems and more sustainable electricity use.
