SOFC & SOEC Defense Market

Introducing the next generation of deployable energy: Cerasynth’s solid oxide fuel cell system. Electricity production for military camps, installations, missions, mobile or fixed.

Power & Heat Anywhere with SOFC & SOEC

Introducing the next generation of deployable energy: Cerasynth’s solid oxide fuel cell system. Using hydrogen and oxygen, our three-layer cell produces clean energy with 60% efficiency, outperforming comparable technologies. This is achieved by using high-performance in-house engineered ceramic solutions with superior thermal, mechanical, and electrical properties. 

The only byproducts? Excess air and hot water, ideal for sanitation, heating, or reuse. Tailored for demanding operational environments, our systemsare compact, silent and energy independent. Providing reliable off-grid power without emissions. From military camps, remote mobile hospitals, and off-grid civilian infrastructure - Cerasynth SOFC systems ensure clean, operational energy in challenging conditions.

Reliable power. Zero emissions. Ready for deployment.
Modular and Scalable
The systems are modular and scalable, allowing easy adaptation from small-scale to large-scale applications. Configurations can range from 2 kW and 8 kW modules to multiple container-sized units, providing flexible solutions for diverse energy demands.
High Efficiency & Green Technology
With a zero CO₂ emission footprint, these systems contribute directly to decarbonization goals and a cleaner environment. They enable sustainable energy production without compromising performance or reliability.
Low IR footprint
With a low IR footprint, the system remains thermally discreet, minimizing infrared detectability. This makes it highly suitable for defense, security, and mobile applications where stealth and efficiency are essential.
Fuel flexibility
System offer exceptional fuel flexibility, operating efficiently with H₂ (hydrogen), CH₃OH (methanol), CH₄ (methane), NH₃ (ammonia), and CO. This versatility enables reliable energy generation from a wide range of conventional and renewable fuel sources.

HOW IT WORKS?

A smart solution for a sustainable, net-zero future.


Solid Oxide Fuel Cells (SOFC) and Solid Oxide Electrolyzer Cells (SOEC) represent the next generation of clean energy technologies. Known for their high efficiency, they enable maximum energy conversion with minimal losses, making them ideal for both stationary and mobile applications. With silent operation, these systems are perfectly suited for environments where noise reduction is critical. Their low IR footprint further ensures discreet use, while the ability to achieve a zero CO2 emission footprint positions them as key solutions for a sustainable future.Designed to be mobile and rugged, SOFC and SOEC systems can operate reliably in demanding conditions, providing versatile and resilient power or hydrogen production wherever it is needed.

Emergency mode fuel: diesel, jet fuel, gasoline
Useful heat for: hot water, heating, cooking.

One technology, two applications – produce hydrogen when power is avaliable (solar wind grid), generate electricity when it’s needed.
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WHY OUR PRODUCTS?

Designed for Efficiency, Built for Durability

High Performance in SOFC Applications
Our multilayer ceramic materials are optimized for solid oxide fuel cells, delivering excellent ionic and electronic conductivity. This ensures higher efficiency and stable operation at elevated temperatures.
Durability and Reliability
Thanks to their robust mechanical and thermal stability, our products maintain performance even under harsh cycling conditions. This translates into longer lifetime and reduced maintenance needs.
Advanced Multilayer Design
By combining multiple functional ceramic layers, our materials achieve compact architectures without compromising performance. This enables miniaturization and integration into next-generation energy systems.
Proven Expertise and Innovation
With extensive experience in ceramic processing, we consistently deliver tailor-made solutions for industrial and research needs. Our innovative approach positions us at the forefront of SOFC material development.