NETL's Cutting-Edge SOFC System Testing in Morgantown, WV
Key Ideas
- NETL researchers installed a new 1.5 kW solid oxide fuel cell (SOFC) system in Morgantown, WV, to study its performance in a micro-grid setting.
- The BlueGen 15 2.0 SOFC system, operated by natural gas and other fuels, can reduce carbon footprint significantly, produce electricity and heat efficiently, and operate quietly.
- The SOFC system aims to demonstrate load following and island mode capabilities, independent of the grid, to enhance power reliability in critical load scenarios.
- The research collaboration with SolydEra and Aris Renewable Energy showcases advancements in SOFC technology and its potential for clean and sustainable energy solutions.
NETL researchers in Morgantown, West Virginia, have made significant progress in testing a new solid oxide fuel cell (SOFC) system for micro-grid applications. The cutting-edge BlueGen 15 2.0 SOFC system was installed to enhance power reliability and efficiency at the NETL site. This project, in collaboration with SolydEra and Aris Renewable Energy, aims to stress test the system's ability to disconnect from the grid, operate independently in 'island mode', and respond to fluctuating electricity demands. The BlueGen equipment, running on natural gas and various fuels like hydrogen, bio-methane, and synthetic methane, demonstrates impressive overall efficiency, minimal emissions, and noise-free operation. The SOFC system's capability to reduce carbon footprint by up to 100% in hydrogen operation highlights its environmental benefits. Leveraging the expertise of NETL researchers and industry partners, this initiative showcases advancements in SOFC technology, emphasizing sustainability, innovation, and energy efficiency. The successful deployment of the BlueGen 15 2.0 SOFC system represents a positive step towards cleaner and more reliable energy solutions.