"The fuel cell system is highly versatile and easily scalable to meet the specific requirements of industrial, municipal, and data center applications. Our installation in Bruchsal provides critical, long-term validation of the technology’s efficiency, robustness, and economic viability."
Value Statement: Delivers continuous baseload electricity at 54% efficiency, outperforming conventional gas engines by 15-25%, while capturing high-grade exhaust heat for municipal heating infrastructure.
Objective: Provide a technically proven blueprint for hydrogen-ready baseload power across Europe's data center, industrial manufacturing, and district heating sectors.
Headquarters: Karlsruhe, Germany
Bloom Installation: Primary Power, 300 kW with Heat Capture
EnBW with its affiliated company Geothermie-Gesellschaft Bruchsal GmbH, deployed a Solid Oxide Fuel Cell (SOFC) system at its Bruchsal geothermal facility to power auxiliary operations and supply district heating. The 300 kW installation delivers continuous baseload electricity at 54% efficiency, outperforming conventional gas engines by 15-25%, while capturing high-grade exhaust heat for municipal heating infrastructure.
The site serves also as an EnBW research platform for analyzing SOFC performance across efficiency, thermal integration, durability, economics, and emissions. Currently natural gas-powered, the fuel-flexible system can transition to green hydrogen without major modifications, supporting long-term decarbonization goals.
Bloom Energy’s partnership with a local EPC partner demonstrates effective risk distribution, with Bloom providing core SOFC technology whilst the EPC partner manages balance of plant engineering, permitting, and thermal integration to ensure seamless infrastructure connectivity within Germany’s regulatory framework. Superior electrical efficiency offsets SOFC capital costs by maximizing fuel-to-power conversion, while hydrogen readiness mitigates stranded asset risks and enables investment in baseload infrastructure that remains viable throughout Germany’s energy transition.