Power Electronics and Grids

The integration of renewable energies into our energy system is increasing - and with it the electrification of the energy supply in the electricity, heating and mobility sectors. Due to increasing sector coupling, the electricity grid is increasingly becoming a hub for the integration of renewable energies. Electricity passes through numerous power-electronic conversion stages on its way from generation to end use. As a result, the proliferation of power converters and digital systems associated with the expansion of renewable energies is increasing in all market segments.

Power electronics is a key technology for the integration of renewable energies and storage systems. Using the newest components and technologies - e.g. based on SiC and GaN semiconductors - significant advantages can be achieved at system level. These are essential in order to achieve the expansion targets set for the energy transition with the available and accessible raw material resources.

The interoperability, digitalization and modelling of energy systems are also becoming increasingly important. In a decentralized power grid without conventional power plants, power converters will be responsible for system stability in the future. However, the upgrading of loads to include grid-supporting functions and energy management will also be more important.

We support our industrial partners in this area with both our expertise and our highly-tech infrastructure in the "Center for Power Electronics and Sustainable Grids".