New Materials and Advanced Power Devices
Semiconductor switches are at the heart of every power electronic system. Traditionally, these switches have been based on silicon technology. New materials offer opportunities to further improve performance. One example is Gallium Nitride (GaN), a wide-bandgap semiconductor that enables higher efficiency and faster switching speeds.
Enabling Smaller and More Efficient Converters
By transitioning from silicon to GaN-based devices, power converters can become more compact while delivering higher efficiency. Faster switching capabilities reduce energy losses and make it possible to design smaller, lighter and more powerful converter systems.
Integrated GaN Solutions
At EnergyVille, we are researching ways to integrate GaN switches into a single component. Our goal is to develop an integrated solution that combines all the switches required for one converter. This can simplify system design while improving performance and efficiency.
Optimising Thermal Management
In addition to the switches themselves, we also investigate the packaging of these components. Efficient heat dissipation is essential for achieving high performance and long-term reliability. Therefore, we optimise component packaging to maximise thermal management and support the development of next-generation power devices.
