ETH Series-Mini Hydrogen Generating &Refueling System
The ETH series mini hydrogen generating & refueling system is a small hydrogen supply device that integrates a complete water electrolysis hydrogen production system with hydrogen compression and refueling functions. The system features compact hardware design and enables integrated intelligent operation from water electrolysis to hydrogen purification to compression and refueling-offering advantages of high efficiency, safety, environmental friendliness, and smart control.
This equipment can be deployed in communities, industrial parks, university campus, scenic areas, and shared Personal short trip platforms. It serves as a key infrastructure for promoting the widespread adoption of hydrogen-powered transportations(such as hydrogen two-wheelers, drones, and logistics vehicles), and plays a crucial role in building the 'last-mile' hydrogen refueling network.
Product Applications
Hydrogen Energy Transportation Sector:
Hydrogen two-wheelers / hydrogen scooters – replacing traditional lithium batteries for fast refueling; hydrogen shared e-bikes – integrated with shared mobility platforms to improve operational efficiency; hydrogen drones – providing hydrogen source support for long-endurance aircraft; pilot stations for hydrogen logistics vehicles – meeting daily refueling needs of short-distance delivery vehicles.
Community and Industrial Park Stations:
Deployed in non-enclosed areas such as residential parking lots, office buildings, schools, hospitals, etc.; solving the problems of high hydrogen transportation costs and difficulties in centralized hydrogen supply; supporting the integrated development needs of 'wind-solar-hydrogen'.
Mobile Hydrogen Energy Terminals:
Vehicle-mounted / containerized hydrogen refueling units; applicable to temporary hydrogen demand scenarios such as exhibitions, emergency relief, and small-scale hydrogen facility supply; serving as a flexible deployment solution for the early promotion of hydrogen infrastructure.
Research and Demonstration Projects:
Teaching and experimental platforms for universities and research institutes; pilot projects in national hydrogen energy demonstration zones; equipment for validating the integrated 'production-refueling' model.
Technical Specifications
| Parameter | Unit | ETZH-1/35 | ETZH-3/35 | ETZH-5/35 | ETJH-10/35 | ETJH-20/35 | ETJH-50/35 |
Total Equipment Power | kW | 10 | 20 | 38 | 70 | 140 | 340 |
Rated Hydrogen Production Capacity | Nm³/h | 1 | 3 | 5 | 10 | 20 | 50 |
Hydrogen Purity at Outlet | % | >99.999 | |||||
System Outlet Pressure | MPa | 0.6-3(System Pressure );3-35(Boost) | |||||
Dew Point | ℃ | <-68 | <-65 | ||||
Rated DC Power Consumption | kW·h/Nm³ H₂ | ≤4.8 | ≤4.5 | ||||
Control Mode | / | One-touch Start/Stop (PLC + Touch Screen, Fully Automatic Unattended Control) | |||||
Cooling Water Circulation | m³/h | 6 | 6 | 8 | 10 | 16 | 32 |
Feedwater Consumption | L/h | 1 | 3 | 5 | 10 | 20 | 50 |
Power Supply | V | AC220 & AC380±10% 50Hz | AC380±10% 50Hz | ||||
Rectifier Power Supply Device | / | High-Frequency DC Power Supply | |||||
Feedwater Quality Requirements | MΩ·cm | ≥1(Deionized water required) | |||||
Operating Temperature | ℃ | 50~85 | 90±5 | ||||
Outlet Temperature | ℃ | 45 | |||||
Feedwater Tank Capacity | L | 25 | 50 | 80 | 50 | 100 | 250 |
Electrolyzer Type | / | PEM | ALK | ||||
Features
High integration: Hydrogen production + Hydrogen addition highly integrated. Highly responsive: Supports fluctuating power input. Convenient refueling: Quick hydrogen refueling interface. Green and environmentally friendly: Powered by renewable electricity. Intelligent control: PLC automatic control. High safety: Hydrogen leak detection+emergency shutoff. | Strong adaptability: Can be expanded into hydrogen container exchange cabinets, refueling terminals, or hydrogen supply stations. Flexible deployment: Suitable for both fixed ground installation and mobile vehicle-mounted deployment. |
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