Pushing the Boundaries of Ceramic SOEC Performance
We’re thrilled to share key progress from our ongoing collaboration with DynElectro.
Our joint R&D efforts have now reached a major milestone:
🔹 At 850°C, current densities of 0.8 A/cm²
🔹 At 750°C, current densities of 0.5 A/cm²
(All at thermoneutral voltage, ~1.3 V)
📉 Why this matters:
By lowering the operating temperature by over 100°C from typical SOEC conditions, the system can utilize more cost-effective stack materials and benefit from extended component lifetimes — without compromising performance.
These results validate H2Electro’s fully ceramic cell concept and mark a strong step toward real-world, industrial-scale SOEC applications.
We’re proud of this collaborative achievement and look forward to pushing these advancements even further in upcoming test phases.
