Investors
Sixteen years of hydrogen engineering. An AI-driven platform for what comes next.
H₂-Enterprises is not starting from zero. It is transforming 16 years of hydrogen and energy engineering into an AI-driven computational engineering platform capable of developing multiple scalable product families across ten global markets — energy, hydrogen, synthetic fuels, mobility and autonomous systems.
- 16 YearsHydrogen & energy engineering
- AI-FirstComputational engineering
- One PlatformMultiple product families
- 10 MarketsEnergy · Hydrogen · Synthetic fuels · Mobility
01Investment thesis
Why this company can create outsized value.
Foundation
Not starting from zero
A 16-year engineering history in hydrogen, LOHC and energy systems — the company did not begin with the current AI narrative.
Acceleration
AI changes the cost of engineering
Aetherion is designed to increase engineering speed and reduce the capital intensity of each new product.
Platform
Products, not custom plants
Modular units scale by replication into rack architectures; multiple product families share one computational backbone.
Reach
Ten global markets
Energy infrastructure, data centers, buildings, industry, hydrogen, synthetic fuels, maritime, mobility and autonomous systems.
02Why now
The foundation is 16 years old. The speed is new.
Maritime was the starting point: battery technology could not practically enable an electrically powered yacht to cross the Atlantic. The search for a liquid, safe and practical hydrogen-storage concept led to LOHC — and to the platform H₂-Enterprises is building today.
Foundation
Sixteen years of engineering
LOHC storage and release, energy conversion and thermal integration since 2010 — with a dehydrogenation prototype developed and operated in 2016.
Inflection
AI makes engineering software
Physics-based models, AI agents, digital twins and automated simulation now allow engineering logic to be encoded into reusable computational models.
Consequence
Speed and capital efficiency
Iteration moves from hardware into software. Each new product family starts from an existing, validated engineering base instead of from zero.
03Technology moat
The defensible asset is the engineering layer underneath every product.
Reusable computational IP, proprietary data and validated engineering models — not a single site-specific project.
Computational engineering layerEvery product family
- 01
Reusable computational IP
Engineering models, simulation set-ups and design logic owned by H₂-Enterprises and reused across product families.
- 02
Proprietary engineering knowledge
Sixteen years of LOHC, hydrogen and energy-system development, including prototype history.
- 03
One backbone, many products
LOHC · SOFC · SOEC · thermolysis · pyrolysis · synthetic fuels · thermal systems · materials · aerospace.
- 04
Compounding data
Prototype, test and field results feed back into Aetherion — every product makes the platform smarter.
04Aetherion AI
Why engineering speed and capital intensity can improve.
Aetherion is H₂-Enterprises’ proprietary computational intelligence layer. It generates, simulates and optimises designs in software — requirements, AI design, physics simulation, optimisation, manufacturing model — before a physical prototype is built.
Every prototype and test returns data to the platform, so the next product starts from more validated knowledge than the last.
Foundation input16 years of engineeringScientific & engineering data
05Product platform
Two modular product families that scale by replication.
A modular unit is engineered once and scaled into rack architectures — a product model rather than custom plant engineering.
Product renderings · modular unit → rack architecture
LOHC-SOFC Power Systems
Stored hydrogen → Electricity
- Modular unit
- 10 kW
- Rack architecture
- 100 kW
SOEC-LOHC Storage Systems
Renewable electricity → Stored hydrogen
- Modular unit
- 15 kW
- Rack architecture
- 60 kW
Hardware two modular product families, scaled by replicationSoftware Aetherion, the computational engineering platform supporting their development
Further technology vertical: Waste-to-Hydrogen, Waste-to-SAF & eDiesel and Flare-to-Hydrogen — technology and project development. No commercial Waste-to-Hydrogen plant has yet been constructed because the required project financing was not secured.
06Business model
Hardware, software and partnerships.
Three revenue layers built on one computational engineering platform.
- 01Product families
Hardware
Sale / deployment of modular LOHC-SOFC power units and SOEC-LOHC storage units and rack systems.
- 02Planned
Software
Planned Aetherion enterprise licensing, domain-specific engineering agents and computational platform access.
- 03Where applicable
Technology & industrial partnerships
Licensing, co-development, integration or strategic partnership models where applicable.
The business model describes intended revenue layers. It does not state current revenue, margins, contracts or licensing income.
07Addressable markets
Where the platform can scale.
Ten target markets for the product families and the computational platform — including hydrogen (Waste-to-Hydrogen, Flare-to-Hydrogen) and synthetic fuels (Waste-to-SAF & eDiesel). Not a list of installations.
- Autonomous systemsEnergy and computational engineering for next-generation autonomous systems.
- Data centers
- Real estate
- Industrial power
- Grid & renewable energy
- Generators
- Hydrogen
- Synthetic fuels
- Maritime
- Automotive
0816-year development history
From maritime origin to Aetherion.
Approved milestones of the technology history — historical items keep their real status.
- 2010Maritime origin · Research & development begins · H₂-Industries AG founded in 2011
- 2016First dehydrogenation prototype · Expansion to Germany
- 2019Waste-to-Hydrogen development beginsNot Constructed
- 2023H₂-Enterprises Group
- 2025Computational engineering
- 2026Aetherion
09Investor materials & contact
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- Executive summary
- Technology overview
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