ENERGY CONVERSION TECHNOLOGIES
Beyond Current Potential ™
OxEon Energy’s technology suite enables energy storage solutions capable of breaking long accepted limitations in the renewable energy market. Our focus on component and systems development establishes revolutionary and accessible pathways to bring the implementation of renewable energy Beyond Current Potential. ™
30 Years of Solid Oxide Fuel Cell Development
The OxEon Energy team boasts over 30 years of solid oxide fuel cell development, with the last 15 years focused on the development and improvement of solid oxide electrolyzers. This development history has led to a ruggedized, hermetic stack design that will be capable of utilizing electricity for the production of high purity oxygen, hydrogen, or syngas. The OxEon design will enable energy storage solutions capable of addressing the many challenges facing the integration of renewable energy sources.
The OxEon Energy team boasts over 30 years of solid oxide fuel cell development, with the last 15 years focused on the development and improvement of solid oxide electrolyzers.
This development history has led to a ruggedized, hermetic stack design that will be capable of utilizing electricity for the production of high purity oxygen, hydrogen, or syngas.
The OxEon design will enable energy storage solutions capable of addressing the many challenges facing the integration of renewable energy sources.
OxEon's Projects
OxEon has the capacity and capability to develop and produce custom functional inorganic materials.
Distributed Fuel Synthesis from Renewable Power
SOEC for hydrogen, oxygen, and syngas production
25kW modules, scalable to application
Fuel-Flexible Operation
in SOFC Mode
Diesel, Jet-A/JP-8, propane, biogas, natural gas
10kW modules, scalable to application
OxEon Energy
Stack Advantages
High-efficiency conversion
Rugged design and hermetic sealing
Noise- and vibration-free
We developed and flight-qualified a rugged, hermetic solid oxide electrolysis stack (SOXE) used to successfully produce oxygen aboard NASA’s Perseverance Rover.
Learn more about the OxEon team’s development efforts to produce a system capable of withstanding the challenging mechanical, structural, and thermal constraints necessary for a mission on Mars.
