Empowering Future Mobility: DLR's Innovative Fuel Cell Test Facility in Empfingen
Key Ideas
- The German Aerospace Center (DLR) is establishing a cutting-edge scientific test facility in Empfingen to develop and test fuel cell propulsion systems for transport.
- The BALIS project aims at fuel cell assemblies with 1.5 megawatts output, utilizing green hydrogen for carbon-dioxide-free mobility in ships and potentially aviation.
- DLR emphasizes the importance of collaboration between research and industry to enhance new technologies' functionality and economic viability, particularly in aviation.
- Hydrogen technologies are pivotal in DLR's energy and transport research, contributing to a sustainable energy and mobility system with economically viable applications.
The German Aerospace Center (DLR) is making strides in the development of innovative fuel cell propulsion systems in Empfingen as part of the BALIS project. This unique scientific test facility focuses on fuel cell assemblies with an output of about 1.5 megawatts. The project aims to leverage green hydrogen to enable carbon-dioxide-free mobility, aligning with climate and environmental objectives. DLR's Executive Board Member, Karsten Lemmer, highlights the value of the dialogue between research and industry, emphasizing the importance of demonstrating the functionality and economic viability of new technologies. Meike Jipp, DLR Divisional Board Member, underscores the centrality of hydrogen technologies in energy and transport research, showcasing DLR's interdisciplinary expertise. The facility not only supports the development of stable propulsion systems for aviation but also fosters a sustainable energy and mobility system. Overall, DLR's advancements in hydrogen technologies signify a positive outlook towards creating a greener and more efficient future in the transportation sector.