Project insights: Research for the energy transition
Grid-forming inverters as a cornerstone of future power system stability
Grid-forming inverters and other new technologies will be essential for maintaining a stable, renewable-based power grid in the future.
moreHydrogen meets high temperatures: climate-friendly production of steel, bricks, and glass
The research projects ZeroCO₂ glass, KLIMAZIEGPROD, Hybrid-FIRE, and H₂-DisTherPro represent a new generation of industrial processes.
moreControlling the sway: Investigating smarter designs for lasting wind turbines
Wind turbines are highly susceptible to vibrations due to their tall, slender structures. Researchers are employing various strategies to manage them.
moreUrban micro projects: KlaDat and C2T drive sustainable city development
The micro projects KlaDat and C2T provide valuable insights for sustainable urban development.
moreMastering the dark doldrums: research against power outages
Periods when wind and sun do not provide enough energy – so-called dark doldrums – continue to be a challenge, also for research.
moreMore heat pumps for apartment buildings
So far, only a small number of existing apartment buildings are heated with heat pumps. Various research projects show how this can change.
moreDigital twin ensures more efficient operation of buildings
Two recently completed projects show the advantages of using artificial intelligence in construction, commissioning and building services engineering.
moreHow innovative insulation materials make buildings more energy efficient
Thermal insulation made from sustainable materials is a cornerstone of the energy revolution. These projects are working on new solutions.
moreReleasing hydrogen more dynamically with a plate reactor
Wasserstoff an eine Flüssigkeit binden und ihn bei Bedarf wieder freisetzen: Darum geht es bei der LOHC-Technologie und im Forschungsprojekt LOReley.
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