Hydrogen storage and distribution reinvented

Renewable energy is abundant and cost-effective at the source already today. The difficulty is how to use it where we need it. Our product paves the way for the wide-spread of carbon-free energy usage across different industries by efficiently store and distribute renewable hydrogen.

Explore Our Solution

Watch our product video

See how our technology works and how it changes the world of hydrogen storage and distribution.

Hydrogen storage and distribution reinvented

Renewable energy is abundant and cost-effective at the source already today. The difficulty is how to use it where we need it. Our product paves the way for the wide-spread of carbon-free energy usage across different industries by efficiently store and distribute renewable hydrogen.

Explore Our Solution

Hydrogen storage and distribution reinvented

Renewable energy is abundant and cost-effective at the source already today. The difficulty is how to use it where we need it. Our product paves the way for the wide-spread of carbon-free energy usage across different industries by efficiently store and distribute renewable hydrogen.

Explore Our Solution

Watch our product video

See how our technology works and how it changes the world of hydrogen storage and distribution.

Hydrogen storage and distribution reinvented

Renewable energy is abundant and cost-effective at the source already today. The difficulty is how to use it where we need it. Our product paves the way for the wide-spread of carbon-free energy usage across different industries by efficiently store and distribute renewable hydrogen.

Explore Our Solution

Watch our product video

See how our technology works and how it changes the world of hydrogen storage and distribution.

Challenge

A Journey towards
a cleaner energy.

Mankind went from burning wood to burning coal and then created the modern world around an oil and gas fuel energy ecosystem. This has to change now.

The future is renewable.

Societal vital goals of increasing energy autonomy, accessing cost-competitive energy, and achieving decarbonization targets, all point out to renewable energies. The costs of installing renewable energy plants have dropped significantly in recent years, allowing that in some regions with favorable solar/wind conditions renewable electricty is already cheaper than fossil-fuel produced electricity. Renewable energy production plants installations is planned to grow exponentially globally.

Hydrogen is key.

Renewable energy’s intermittent production and limited grid distribution mean that storage is needed to avoid losses and management constraints. Batteries aren’t a viable solution, as they offer limited capacity and remain too expensive. Producing hydrogen via electrolysis with green electricity and water ensures renewable plants gain full storage capability. This hydrogen can then be distributed in large volumes to energy consumption centres.

Challenge

A Journey towards
a cleaner energy.

Mankind went from burning wood to burning coal and then created the modern world around an oil and gas fuel energy ecosystem. This has to change now.

The future is renewable.

Societal vital goals of increasing energy autonomy, accessing cost-competitive energy, and achieving decarbonization targets, all point out to renewable energies. The costs of installing renewable energy plants have dropped significantly in recent years, allowing that in some regions with favorable solar/wind conditions renewable electricty is already cheaper than fossil-fuel produced electricity. Renewable energy production plants installations is planned to grow exponentially globally.

Hydrogen is key.

Renewable energy’s intermittent production and limited grid distribution mean that storage is needed to avoid losses and management constraints. Batteries aren’t a viable solution, as they offer limited capacity and remain too expensive. Producing hydrogen via electrolysis with green electricity and water ensures renewable plants gain full storage capability. This hydrogen can then be distributed in large volumes to energy consumption centres.

Challenge

A Journey towards
a cleaner energy.

Mankind went from burning wood to burning coal and then created the modern world around an oil and gas fuel energy ecosystem. This has to change now.

The future is renewable.

Societal vital goals of increasing energy autonomy, accessing cost-competitive energy, and achieving decarbonization targets, all point out to renewable energies. The costs of installing renewable energy plants have dropped significantly in recent years, allowing that in some regions with favorable solar/wind conditions renewable electricty is already cheaper than fossil-fuel produced electricity. Renewable energy production plants installations is planned to grow exponentially globally.

Hydrogen is key.

Renewable energy’s intermittent production and limited grid distribution mean that storage is needed to avoid losses and management constraints. Batteries aren’t a viable solution, as they offer limited capacity and remain too expensive. Producing hydrogen via electrolysis with green electricity and water ensures renewable plants gain full storage capability. This hydrogen can then be distributed in large volumes to energy consumption centres.

Problem

Problem

Hydrogen handling today
is highly inefficient.

We have been approaching hydrogen storage and distribution in the same way as we do for fossil fuels. This results in high hydrogen fuel costs and significant operational limitations.

Infrastructure dependence

Handling complexity

Slow adoption

Infrastructure dependence

Handling complexity

Slow adoption

Infrastructure dependence

Handling complexity

Slow adoption

A New Approach

A New Approach

A New Approach

What if hydrogen properties are tackled in the smartest way by taking advantage from the physics and applying a new technology approach?

The water stuff & sun team has a track record of over 20 years of engineering and managing large hydrogen projects.

The water stuff & sun team has a track record of over 20 years of engineering and managing large hydrogen projects.

The water stuff & sun team has a track record of over 20 years of engineering and managing large hydrogen projects.

Three people in a meeting, focused on a laptop, sharing ideas and collaborating at a table.
A smiling person with a beard is holding a small black object in their hand against a plain background.

"It's a rocky road to a hydrogen society, but finally we will all get there."

Lars Stenmark (1944–2016)

Lars Stenmark (1944–2016)

A smiling person with a beard is holding a small black object in their hand against a plain background.

"It's a rocky road to a hydrogen society, but finally we will all get there."

Lars Stenmark (1944–2016)

Solution

Solution

Solution

2-in-1 solution for hydrogen fuel.

The H2 Battery is a hydrogen storage device that can be easily integrated in all kinds of products that consume energy in the form of hydrogen , and at the same time is a hydrogen fuel carrier along the fuel distribution infrastructure.

Explore Our Solution

Explore Our Solution

Explore Our Solution

A sleek, modern truck design shown in profile, with a raised cab and detailed wheels.
A sleek, modern truck design shown in profile, with a raised cab and detailed wheels.
A sleek, modern truck design shown in profile, with a raised cab and detailed wheels.
A close-up view of a modern truck's interior featuring storage compartments and a sleek design.
A close-up view of a modern truck's interior featuring storage compartments and a sleek design.
A close-up view of a modern truck's interior featuring storage compartments and a sleek design.

Advantages

Advantages

Advantages

Advantages of the
SFEER technology.

SFEER technology redefines hydrogen storage with a scalable, low-pressure solution that is efficient, safe, and cost-effective. Designed for seamless integration, it optimizes energy use while simplifying handling and distribution.

Lowest Storage System Cost

Considerable cost savings in material and industrialization processes.

Lowest Fuel Cost

A simplified distribution system brings hydrogen price to the levels of Diesel-fuel today.

Extra Safe

Multiple high-pressure safety redundancy by having many tanks with shared functionalities.

Truly Sustainable

The materials required are some of the most-commonly available and are 100% easily recycable.

Truly Sustainable

The materials required are some of the most-commonly available and are 100% easily recycable.

The H2 Battery allows clean power to become competitive with fossil power generation. A renewable-based hydrogen economy can steadily be built and grow fast. Human society can then succesfully achieve its energy transformation goals.

The H2 Battery allows clean power to become competitive with fossil power generation. A renewable-based hydrogen economy can steadily be built and grow fast. Human society can then succesfully achieve its energy transformation goals.

The H2 Battery allows clean power to become competitive with fossil power generation. A renewable-based hydrogen economy can steadily be built and grow fast. Human society can then succesfully achieve its energy transformation goals.