High-temperature Hydrogen Generator: A complete hydrogen ecosystem from production and storage to power generation.

High-temperature Hydrogen Generator: A complete hydrogen ecosystem from production and storage to power generation.

Tellus Materials integrates FuelCell Energy's SOEC core technology to provide comprehensive hydrogen system implementation services, from feasibility assessment and system integration to installation, commissioning, and local support.

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Electrolysis efficiency up to 100%

When integrated with waste heat recovery

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Electrical Efficiency
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With Waste Heat
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Lower Cost vs. PEM
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Operating Temp

Eliminate external hydrogen supply, On-site generation for self-sufficiency

Tellus Materials offers full-scale hydrogen solutions powered by FuelCell Energy's SOEC technology. With on-site electrolysis, we significantly reduce costs and supply risks, achieving complete hydrogen independence.

01 Reduce hydrogen lead times and respond instantly to production demands.
02 PEM Electrolysis: Ultra-high 99.999% purity hydrogen.
03 Ammonia-to-Hydrogen Module: Safe and convenient transport via liquid ammonia.
04 Renewable Energy Integration: Full lifecycle green hydrogen.

Technical Principle

Massive Green Hydrogen Self-Sufficiency with Ultra-Low Energy Consumption

Unlike traditional low-temperature electrolysis, this SOEC system operates at a high temperature of 700°C. This thermal advantage significantly reduces the electricity required to split water molecules. Especially when integrated with industrial waste heat or nuclear waste heat, system electrical efficiency can approach 100%, making it the solution with the lowest electrical cost per kilogram of hydrogen on the market.

As a technical partner of FuelCell Energy, we provide comprehensive solutions—from assessment and integration to installation and maintenance—helping you seamlessly deploy the most advanced decarbonization technology.

Electrolysis Efficiency Comparison

SOEC (with waste heat) 100%
SOEC (pure electric) ~90%
PEM Electrolysis ~70%
Alkaline Electrolysis ~65%

Cost Advantage

Efficiency Directly Determines Hydrogen Production Cost

Electricity is the primary cost driver in electrolytic hydrogen production. The high efficiency of FuelCell Energy's SOEC directly translates into a lower Levelized Cost of Hydrogen (LCOH).

SOEC + Waste Heat Recovery 100%
SOEC (Power Only) ~90%
PEM Electrolysis ~70%
Alkaline Electrolysis ~65%
30%

Compared to lower-efficiency technologies, the FuelCell Energy SOEC platform is projected to reduce the LCOH by 20–30%, providing a decisive competitive edge at industrial scales.

Tellus Materials assists clients through complete solution implementation, fully realizing the cost benefits brought by this technology.

Next-Gen Hydrogen Technology

SOEC High-Temperature Electrolysis: A Giant Leap in Energy Efficiency

Specially designed for energy-intensive industries, this technology converts industrial waste heat into power for hydrogen production, significantly reducing the cost per kilogram of green hydrogen and accelerating corporate net-zero transformation.

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