- Expertise to help design and set up your hydrogen light commercial vehicle fleet
- Solutions adapted to your current and future needs, according to your areas of activity
- Support, from identification of your project to the operational launch
- Aim to find the best operational and economical solutions to meet your professional requirements.
H2 SOLUTIONS
GREEN H2 SUPPLY AT YOUR FINGERTIPS
To accelerate the switch to green H2, we offer a complete and unique ecosystem of turnkey green H2 mobility solutions that enable you to get your LCV fleet on the road. From production to distribution, scalable to your business activity.
Seamless Green H2 supply
3 steps to implement your solution
1
Define your professional needs
Understand your professional activity (size of your vehicle fleet, organization of your teams, activity diaries, seasonality…)
Study your site of operation (location, administration)
Define the time objective (short-term or multi-temporal action)
2
Prepare your project
Establish your needs of equipment, land and financing.
Define the project team and the operations to be implemented.
Propose efficient technical (civil and electrical engineering), financial and administrative solutions.
Support in your decision making
3
Implement your project
Coordinate the work; Project review by the project manager and the teams.
Take charge of the installation work and land management until final acceptance and commissioning
Do you have questions?
Read our FAQ below
CATEGORIE 1
1
How long does it take to install a refueling station?
Depending on the size of the station and its availability at Hyvia, the installation time can vary between a few months (for small container station) to more than a year (for large station requiring civil engineering works).
2
How long does it take for refueling?
The refueling time can be influenced by several factors, but especially by the heat. These factors can be related to the refueling environment, the technical configuration of the vehicle or the configuration of the refueling station
3
Where should a station be located?
The ideal site should be:
– in a high traffic area for the intended users.
For example, on a daily route, in an industrial area, at a crossroads;
– easily accessible & allow maneuvering by users and H2 logistics vehicles;
– sufficiently spacious to allow for the deployment of the equipment and the respect of
safety distances of the regulations in force.
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A global international leader of green H2 solutions who has deployed over 50,000 fuel cell systems, designed, and built 165 refueling stations that dispense more than 70 tons of H2 daily.
