Solid oxide cells operate at high temperature, enabling both efficient electrolysis (SOEC) and power generation (SOFC).
This dual capability makes the technology uniquely suited for sectors where efficiency, fuel flexibility, and high-temperature integration matter most.
Solid oxide electrolysis enables high-efficiency hydrogen production by using heat and electricity simultaneously.
This reduces electricity consumption and improves overall system efficiency compared with low-temperature electrolysis technologies.
High efficiency at scale for next-generation hydrogen production.
SOEC technology enables co-electrolysis of steam and CO₂ to produce syngas (H₂ + CO), a key feedstock for synthetic fuels and sustainable chemicals.
Turning electricity and CO₂ into valuable fuels.
SOFC systems convert hydrogen and hydrocarbon fuels directly into electricity with high efficiency and low emissions.
Reliable power where efficiency matters most.
Solid oxide technology supports emerging hydrogen and e-fuel ecosystems in heavy transport and mobility.
Solid oxide cells operate at temperatures compatible with industrial processes, enabling integration with existing infrastructure.
VoltaCera supports stack and system developers with high-quality electrolyte-supported ceramic cells optimized for real-world deployment.
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