Solid Oxide Fuel Cell System - rSOC

  • Reversible solid oxide cell (rSOC) systems
  • Autonomous operation with remote management and monitoring
  • Fuel flexibility with natural gas, biogas, ammonia, methane, and syngas
  • Modular design for scalable production capacity
  • Waste heat utilization for power generation

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The rSOC Systems developed by OxEon Energy are reversible solid oxide cell systems designed for power output in the range of 20-150 kW, operating in high-temperature electrolysis and fuel cell modes. These systems are compact stacks primarily built from abundant, low-cost ceramic materials, offering optimal plant flexibility with seamless mode operation. They can produce hydrogen through electrolysis and generate electricity in fuel cell mode. Key features include 30% greater green-hydrogen output compared to other electrolysis technologies, waste heat to power, fuel flexibility, and a modular footprint. They are designed for power security, competitiveness of life cycle costs, grid and fuel flexibility, and minimal emissions.

Use Cases

  • Distributed power generation / microgrid backbone generation
  • Powering critical loads via scalable installations (~1 MW setups)
  • Converting waste heat into electricity and fuel

Capabilities

  • Operates in dual mode (electrolysis + fuel cell) enabling hydrogen production and electricity generation
  • Supports high-temperature operation with ceramic stack design
  • Enables multi-fuel operation (NH₃, syngas, methane, etc.)
  • Allows parallel system integration for higher capacity installations
  • Integrates remote monitoring and automated operation
OxEon Energy, LLC OxEon Energy is a Utah-based cleantech company specializing in hydrogen production and energy storage using solid oxide fuel cells and electrolysis. It focuses on renewable hydrogen and synthetic fuel technologies. The company has a history of over 30 years in fuel cell development.

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