AMH2SS by Hydrogen Space

Advanced Metal Hydride Hydrogen Storage Systems



Our advanced storage solutions are compact, lightweight, and highly efficient, allowing for significantly more hydrogen storage in the same volume compared to all existing solutions.
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The Problem:
Hydrogen adoption is being slowed down by storage problems
Hydrogen storage faces critical challenges: bulky systems that occupy excessive space, heavy designs that limit payload capacity, high operational and maintenance costs, and safety risks in extreme environments.

These issues are compounded by complex integration requirements and limited mobility, making traditional solutions impractical for advanced aerospace and aviation applications.

Addressing these pain points is essential for unlocking the full potential of hydrogen as a fuel for the future.

Solution

is our proprietary technology - the Advanced Metal Hydride Hydrogen Storage Solution (AMH2SS). This is innovative, efficient, and reliable solutions for aerospace and aviation.

  • Volume

    Our AMH2SS maximizes hydrogen storage density, achieving 31–35% storage efficiency by weight compared to 1.5–7.5% for competitors,
    >>> Enabling significantly more storage in the same volume.

  • Weight

    Thanks to lightweight materials like titanium, magnesium and carbon nanotubes, our systems reduce weight by up to 60%,
    >>> Enabling more payload capacity while lowering operational and transportation costs.

  • Costs

    Our solutions deliver up to 70% cost savings,
    >>> Offering a more economical alternative for long-term hydrogen storage needs across various applications.

  • Safety & Reliability

    Our advanced materials and proprietary technology ensure reliable hydrogen storage across extreme conditions.
    >>> High reliability and operational safety in challenging environments like space or extreme climates.

  • Usage & Integration

    Our solutions are designed for seamless integration with existing hydrogen networks,
    >>> Offering flexibility and reducing implementation time and costs while ensuring ease of operation.

  • Mobility

    With reduced regulatory burdens and increased safety, our solution offers unmatched flexibility for mobile and transport applications.
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Our production facilities will be based in Germany. We aim to test and certify the first sample by 2025, begin construction of production facilities in 2026, and launch commercial production by 2028.

This strategic timeline ensures the highest quality standards and readiness for market demand.

Market: Space

The first primary target market
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Satellites and Probes

Hydrogen storage powers fuel cells for electricity during space maneuvers and operations where solar panels are inefficient, like eclipses or deep-space missions. Compact and lightweight, our systems extend mission durations and ensure reliable performance.

Surface Exploration Missions: Habitat Modules

For lunar and Martian habitats, our hydrogen storage powers life support, heating, and lighting systems. Paired with fuel cells, it ensures sustainability and independence in remote environments with limited solar energy.

Surface Exploration Missions: Rovers

Our compact hydrogen storage systems power lunar and Martian rovers, enabling extended exploration in harsh conditions like craters or dust storms. They provide reliable energy for autonomous surface operations.

Space Stations

Our systems provide reliable backup power for orbital stations during eclipses or when solar energy is insufficient, ensuring mission resilience and continuous operations for current and future space stations.

Manned Spacecraft and Landers

For crewed missions, our hydrogen storage delivers dependable energy for fuel cells, powering life-support systems and critical operations. Designed for lunar, Martian, and interplanetary missions, they ensure safety and efficiency.

Scientific Instruments

From space telescopes to planetary sensors, hydrogen storage provides long-term, uninterrupted power for advanced tools in shadowed regions or deep-space environments where solar energy is unavailable.
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According to the report, the Total Addressable Market (TAM) for hydrogen storage across all industries is projected to reach $28.49 billion by 2030, reflecting the growing global demand for hydrogen as a clean energy solution.

Within this, the Serviceable Available Market (SAM) specific to space programs is estimated at $9.4 billion, as highlighted by this analysis, underscoring the significant opportunities in the aerospace sector for advanced hydrogen storage technologies.

Market: Aviation

The second primary target market

Business Jets

Our advanced hydrogen storage technology is designed for fuel cell-powered business jets, offering a greener alternative to traditional aviation fuels. This innovation enhances range, reduces emissions, and meets the growing demand for sustainable private aviation.

Small Drones and Unmanned Aerial Vehicles (UAVs)

Our systems provide extended flight durations for UAVs, enabling critical applications such as surveillance, mapping, and delivery. The lightweight and compact design maximizes payload flexibility while ensuring reliability across diverse missions.

Auxiliary Power Units (APUs)

Hydrogen storage systems can power onboard Auxiliary Power Units (APUs) for aircraft, providing energy for lighting, ventilation, and avionics. This reduces reliance on traditional fuel, cutting emissions while improving overall efficiency and reducing operational expenses.

Urban Air Mobility (UAM) and eVTOL Aircraft

Our compact hydrogen storage systems empower electric vertical takeoff and landing (eVTOL) aircraft with optimal range and efficiency. This technology is pivotal for the future of urban air mobility, supporting zero-emission air taxis and small-scale cargo transport.

Regional Aircraft

Hydrogen-powered fuel cells, supported by our lightweight and efficient storage systems, offer a sustainable solution for regional aircraft. By reducing weight and emissions, they enable longer-range, eco-friendly flights for commercial routes.
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Meet Our Leaders
The smartest people work every day to provide the best service and make our clients happy
  • PETRO PALIANYTSIA
    Co-Founder, CPO
    Hydrogen and aerospace specialist with expertise in metal hydride technology. CEO of H2DT and project leader at Sirius Jet. Contributed to key space missions at Yuzhnoye Design Bureau, including the FireFly Lunar Landing Module and AKRK2 rocket for LEO satellites.
  • RUDOLF
    COERTZE
    Advisor, H2 & Fuel Cells Expert
    Hydrogen and fuel cell expert with 20+ years of experience. Former CTO and Head of R&D at ZeroAvia and inventor of patented fuel cell technologies, specializing in pioneering clean energy solutions for aerospace and transportation.
  • EDUARD
    MEILER
    Co-Founder, CEO
    IT and cybersecurity expert with 20+ years of experience. As CEO of Devacon, led innovations in AI and cybersecurity. Previously drove IT advancements at Brainworks, building scalable systems for critical industries.
  • KATE
    BARABANOVA
    CMO & Business Development
    Marketing strategist with 15+ years of experience, including CleanTech & aviation startups. Known for scaling ZeroAvia marketing operations and leading go-to-market strategies that drive innovation and growth.
  • ANATOLY BESPALIUK
    Production Manager
    Expert in chemical technologies, rocket propulsion, and metal hydride systems. Key contributor at H2DT, specializing in supply chain and production for hydrogen storage solutions in aerospace applications

Why You Should Invest

We work hard every day to make life of our clients better and happier

  • Market Leadership in Hydrogen Storage Efficiency

    With up to 5x the efficiency of competitors and 70% cost savings, Hydrogen Space’s proprietary technology positions us as a frontrunner in the €28.49B hydrogen storage market, solving critical challenges in aerospace and aviation.
    1

  • Scalable Technology for High-Growth Markets

    Our advanced hydrogen storage systems address immediate needs in space and aviation while paving the way for expansion into transportation and energy sectors. We’re targeting $200M in pre-orders within five years, offering unmatched growth potential.
    2

  • Driving Sustainability and Innovation

    Hydrogen is the future of clean energy, and our storage systems are enabling its adoption in industries demanding lighter, safer, and more efficient solutions. By investing in H2Space, you’re backing a company that aligns with global decarbonization goals.
    3

  • Proven Technology with Industry Validation

    With earlier versions of that storage system already flown in space and interest from aerospace companies, H2Space combines proven innovation with a clear roadmap for certification, production, and commercialization.
    4

Discover More

With decades of combined expertise in hydrogen technologies, aerospace engineering, and cutting-edge marketing, our team is uniquely equipped to revolutionize hydrogen storage for space and aviation. We’re driven by innovation, safety, and efficiency to unlock the full potential of hydrogen as the fuel of the future.


Discover even more detailed insights and opportunities in our comprehensive pitch deck—available upon request.
AMH2SS by Hydrogen Space


Join Us in Shaping the Future


Whether you’re an investor, a customer, or a potential partner, we invite you to be part of this groundbreaking journey.
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