Hydrogen storage tailored for every application.
Allowing clean power to be practical, run more time and become really competitive.
Hydrogen storage tailored for every application.
Allowing clean power to be practical, run more time and become really competitive.
Hydrogen storage tailored for every application.
Allowing clean power to be practical, run more time and become really competitive.
Hydrogen storage tailored for every application.
Allowing clean power to be practical, run more time and become really competitive.
Powering the future,
anywhere it is needed.
When hydrogen is the fuel of choice, there is a H2-Battery to fit the needs. From small applications requiring hundreds of grams of hydrogen stored, up to very big ones that need a couple of tons.
kWh
MWh
Ideal for energy storage capacities of 10 kWh to 70 MWh
kWh
MWh
Ideal for energy storage capacities of 10 kWh to 70 MWh
kWh
MWh
Ideal for energy storage capacities of 10 kWh to 70 MWh
kW
MW
For power units ranging from 1 kW to 1MW
kW
MW
For power units ranging from 1 kW to 1MW
kW
MW
For power units ranging from 1 kW to 1MW
Range of Applications
Range of Applications
Range of Applications
Ideal for a wide range of usages.
Current energy storage solutions fall short for many applications—whether it’s on-road vehicles, stationary power, or off-road machinery.
Priority Applications -
Our current focus
Small Stationary -
Back-Up Power for Telecom Towers
New rules require emergency telecom towers to run for days, not just hours. Traditional batteries are too bulky and expensive, and current hydrogen storage systems are either costly or hard to manage. The H2-Battery offers a better solution: CO2-free, locally produced, and ideal for reliable backup power.
Heavy-Duty Mobility -
Long-Haul Trucks
Diesel is still dominant in heavy-duty transport, but EU regulations demand major CO2 cuts: 43% by 2030, 64% by 2035, and 90% by 2040. OEMs must scale zero-emission vehicle sales, starting with BEVs, followed by hydrogen. Yet H2 adoption lags due to costly, complex infrastructure. The H2-Battery is key to making hydrogen vehicles competitive with diesel.
Priority Applications -
Our current focus
Small Stationary -
Back-Up Power for Telecom Towers
New rules require emergency telecom towers to run for days, not just hours. Traditional batteries are too bulky and expensive, and current hydrogen storage systems are either costly or hard to manage. The H2-Battery offers a better solution: CO2-free, locally produced, and ideal for reliable backup power.
Heavy-Duty Mobility -
Long-Haul Trucks
Diesel is still dominant in heavy-duty transport, but EU regulations demand major CO2 cuts: 43% by 2030, 64% by 2035, and 90% by 2040. OEMs must scale zero-emission vehicle sales, starting with BEVs, followed by hydrogen. Yet H2 adoption lags due to costly, complex infrastructure. The H2-Battery is key to making hydrogen vehicles competitive with diesel.
Priority Applications -
Our current focus
Small Stationary -
Back-Up Power for Telecom Towers
New rules require emergency telecom towers to run for days, not just hours. Traditional batteries are too bulky and expensive, and current hydrogen storage systems are either costly or hard to manage. The H2-Battery offers a better solution: CO2-free, locally produced, and ideal for reliable backup power.
Heavy-Duty Mobility -
Long-Haul Trucks
Diesel is still dominant in heavy-duty transport, but EU regulations demand major CO2 cuts: 43% by 2030, 64% by 2035, and 90% by 2040. OEMs must scale zero-emission vehicle sales, starting with BEVs, followed by hydrogen. Yet H2 adoption lags due to costly, complex infrastructure. The H2-Battery is key to making hydrogen vehicles competitive with diesel.
Comparison
Comparison
Comparison
H2-Battery vs. Electric & Standard H2 Tanks:
A Smarter Alternative
Small Stationary
Heavy-Duty Mobility
Cost
€150
per kWh
Lithium-ion battery
€10
per kWh
Conventional H2 tank
(300 bar)
€5
per kWh
H2 Battery
Operating Range
115
hours
Lithium-ion battery
168
hours
Conventional H2 tank
(300 bar)
386
hours
H2 Battery
Small Stationary
Heavy-Duty Mobility
Cost
€150
per kWh
Lithium-ion battery
€10
per kWh
Conventional H2 tank
(300 bar)
€5
per kWh
H2 Battery
Operating Range
115
hours
Lithium-ion battery
168
hours
Conventional H2 tank
(300 bar)
386
hours
H2 Battery
Small Stationary
Heavy-Duty Mobility
Cost
€150
per kWh
Lithium-ion battery
€10
per kWh
Conventional H2 tank
(300 bar)
€5
per kWh
H2 Battery
Operating Range
115
hours
Lithium-ion battery
168
hours
Conventional H2 tank
(300 bar)
386
hours
H2 Battery
Small Stationary
Heavy-Duty Mobility
Cost
€150
per kWh
Lithium-ion battery
€10
per kWh
Conventional H2 tank
(300 bar)
€5
per kWh
H2 Battery
Operating Range
115
hours
Lithium-ion battery
168
hours
Conventional H2 tank
(300 bar)
386
hours
H2 Battery
Next Steps
Next Steps
Next Steps
Expansion to
further applications
Expansion to
further applications
Expansion to
further applications
Medium Stationary -
Mobile/Remote Power Generation
Medium Stationary -
Mobile/Remote Power Generation
Medium Stationary -
Mobile/Remote Power Generation
Off-Road Machinery - Harbors, Airports, Construction, Agriculture, Forestry, Mining
Off-Road Machinery - Harbors, Airports, Construction, Agriculture, Forestry, Mining
Off-Road Machinery - Harbors, Airports, Construction, Agriculture, Forestry, Mining
Unmanned Aerial Vehicles
(UAVs) - Drones
Unmanned Aerial Vehicles
(UAVs) - Drones
Unmanned Aerial Vehicles
(UAVs) - Drones