MOBILITY
Our solid hydrogen storage solution integrated into your mobility projects.
Traction and propulsion hydrogen chain
Mincatec Energy’s tanks seamlessly integrate into all types of vehicles for decarbonized mobility.
![](https://mincatec-energy.com/wp-content/uploads/Mhyt-Mobility.png)
Mobile applications
- Public works machinery
- Airport vehicles
- Material handling equipment
- Agricultural & viticultural machinery
- Maritime & river boats: propulsion & onboard life
- Ferrovial applications
- Light private vehicles
- Road maintenance equipment
- Last-mile delivery trucks
Why ?
- Need for counterweight
- Good density -> increase in autonomy
- Easy and fast recharging: low-pressure ecosystem – local production
- Cogeneration: thermal coupling of tanks/fuel cell -> increased overall system efficiency
- Volume constraint
- Battery substitution: volume and weight reduction
- Reduced recharge time
MHYTIC - Metal HYdride Tank Innovative Car
Our demonstrator vehicle
![MHYTIC](https://mincatec-energy.com/wp-content/uploads/MHYTIC-e1680245615372.png)
![MHYTIC im](https://mincatec-energy.com/wp-content/uploads/MHYTIC-im-1-e1683106756412.png)
Labelled by :
![](https://mincatec-energy.com/wp-content/uploads/Image3-e1682580496766.png)
In partnership with :
![UTBM](https://mincatec-energy.com/wp-content/uploads/UTBM-e1682579363574.png)
![CNRS](https://mincatec-energy.com/wp-content/uploads/CNRS-e1682579273721.png)
Co-financed by :
![Image2](https://mincatec-energy.com/wp-content/uploads/Image2-e1682600906496.png)
![Image1](https://mincatec-energy.com/wp-content/uploads/Image1.png)
OBJECTIVE :
Demonstrating that solid hydrogen storage meets the needs of mobility.
- Complete retrofit of a vehicle
- Integration of a low-pressure 1 kg solid H2 reservoir
- New electric and hydrogen architecture
- New control system & optimized energy management
- Vehicle homologation
PERFORMANCE:
- Range: 180 km
- Charging time: less than 10 minutes
- Cold start: -7°C
- Energy source: hydrogen
PERSPECTIVES: Industrial-scale deployment of our technology to other areas of mobility.
BARGE Project
![](https://mincatec-energy.com/wp-content/uploads/Barge.png)
Building a dual-boat (a motorized boat and a barge) powered by hydrogen propulsion, dedicated to cultural production and dissemination, scheduled to begin in 2024.
![](https://mincatec-energy.com/wp-content/uploads/barge-3.jpg)
OBJECTIVES OF THE HYDROGEN ELECTRIC PROPULSION SYSTEM:
– Low-carbon and innovative solution approach
– Hybrid Solution: Electric and Hydrogen
– Energy self-sufficiency for 2 days of navigation and 4 days of events
– Budget-optimized solution
– Secure solution
– Independent of the deployment of electric charging stations and hydrogen refueling stations
![](https://mincatec-energy.com/wp-content/uploads/barge-2.jpg)
E10 project: 100% electric boat
Supported by :
![](https://mincatec-energy.com/wp-content/uploads/Soutenu-par-150x150.png)
MINCATEC Energy KNOW-HOW : INTEGRATOR
– Sizing, choice of components, partnerships with suppliers (Battery, Engine, etc.)
– Mechanical integration
– EE architecture / BV-HV beams
– MINCATEC energy control and management system
Project partners :
![](https://mincatec-energy.com/wp-content/uploads/LOGO.png)
Let’s build a zero-emission, sustainable, and secure energy future.