Sustainable energy systems (from winter semester 2023/24)

Securing a sustainable energy future requires an energy transition that calls for a new generation of dedicated engineers and researchers who are able to develop, optimize and integrate sustainable energy sources such as solar energy, wind energy and energy from biomass.

As these energy sources are only available irregularly, energy storage is an important success factor. This requires innovative batteries and the integration of hydrogen as an energy carrier. These and other new technologies must be integrated into the existing electricity grids and market structures. The design of new forms of energy distribution, energy market structures and smart grids is necessary in order to meet the energy needs of modern societies in a sustainable manner.

Engineers for sustainable energy systems have broad knowledge in this field and can act as system integrators for the energy transition. They are able to combine various energy subsystems into one system. Their technical skills cover the areas of renewable energy generation, distribution systems, storage and digitalization. They can integrate systems that can manage fluctuating energy supply and demand. In addition, they are aware of the challenges of the energy market and innovation management and are familiar with key aspects of the principle of sustainability.