CAR-200 is our new generation hydrogen fueling station for fast 70MPa fueling of Fuel Cell Electric Vehicles with long driving range.
times greater capacity per m2
m2 footprint
kg peak 3 hours capacity
CAR-200 provides a peak rush-hour capacity of up to 100kg in 3 hours on one fueling hose similar to that at conventional gas stations, enabling a flexible scaling of capacity as demand grows.
Storage can be dimensioned to address a daily fueling demand of up to 200kg per day and any hydrogen supply configuration.
Footprint of the CAR-200 has been reduced to only one third of the previous generation CAR-100 enabling installation at even compact gas stations.
CAR-200 10m2
CAR-100 30m2
CAR-200 100kg
CAR-100 30kg
CAR-200 features a new dispenser designed solely for hydrogen fueling. With the size of only one third of a conventional dispenser it can be placed right next to gasoline.
CAR-200 can be packaged using standard or customized enclosure designs ensuring any desired visual appearance and integration with the surroundings on both Greenfields and Brownfields.
H2Station® CAR-200 can be connected to any hydrogen supply ranging from onsite production to truck delivery from central production plants.
The hydrogen supply can made fully green by using a large-scale electrolyser from the sister company NEL-Hydrogen. This enables use of renewable electricity for the hydrogen production.
Learn more at www.nel-hydrogen.com
When fully expanded the factory will have a capacity of up to 300 H2Station® per year, sufficient for fueling 200.000 new Fuel Cell Electric Vehicles.
H2Station® CAR-200 builds on the operational legacy of the former CAR-100 product, which is used in multiple countries across Europe and recognized for providing high performance and availability.
H2Station® technology is used on a daily basis in Denmark which offers the worlds first countrywide network of hydrogen fueling stations.
The Danish network is operated in collaboration with leading energy and gas companies and is based on 100% renewable hydrogen supply from electrolysis.
Learn more about the Danish Network Case