Hydrogen Production & Refueling System
Multi-interface Hydrogen Generator
An integrated device specifically designed for the rapid hydrogen refilling of low-pressure solid-state hydrogen storage tanks. It fully takes into account the activation characteristics of solid-state hydrogen storage tanks and the demand for rapid hydrogen refilling. It adopts a multi-channel design, enabling safe and efficient hydrogen refilling operations for multiple solid-state hydrogen storage tanks simultaneously. The device has a relatively small volume and a moderate weight, allowing for both fixed installation and configuration as a mobile unit, demonstrating strong deployment flexibility. Its working pressure matches the rated pressure of the solid-state hydrogen storage tanks, ensuring the safety and lifespan of the tanks during the hydrogen refilling process. This device does not require the construction of a large-scale compression, cooling, and high-pressure storage tank system like traditional high-pressure hydrogen refilling stations. It provides an economical and efficient solution for shared hydrogen vehicle operations, centralized hydrogen refilling within parks, and mobile hydrogen refilling services.
Key advantages:
- Supports simultaneous efficient hydrogen filling for multiple tanks: Enhances the throughput efficiency of the hydrogen filling station and reduces waiting time for vehicles/equipment.
- Optimized for solid-state hydrogen storage characteristics: Matches the hydrogen filling process and parameters with solid-state hydrogen storage tanks to protect the performance of the tanks.
- Mobile and flexible deployment: Can be used as a fixed facility or a mobile hydrogen filling unit for vehicles, adaptable to different scenarios.
- Essentially safe at low pressure: Low working pressure, high system safety, and reduced safety protection costs.
- Perfectly compatible with the solid-state hydrogen storage tank ecosystem: It is a necessary infrastructure for promoting the application of solid-state hydrogen terminals.
JYHC-A5
Size (mm)
Max Charging Pressure
Number of H2 Filling Ports
Hydrogen Filling Ports
Water Tank Capacity
1200x700x1180
6 MPa
≥ 5
14NPT
320L
JYHC-R0
Size (mm)
Voltage
Max Charging Pressure
Number of H2 Filling Ports
Hydrogen Filling Ports
Water Tank Capacity
Operating Temperature
1120x650x1010
220V/50Hz
6MPa
≥ 5
1/4 NPT
227L
-15~60°C
Hydrogen Production & Refueling Integrated Machine
A compact device that integrates all the functions of hydrogen production, purification, compression, storage and refueling. Compared to the traditional large and complex hydrogen production stations using electrolysis, it significantly reduces in size, has a compact structure and is flexible in installation. It adopts advanced PEM electrolysis technology and can produce high-purity hydrogen (≥99.999%). The device is equipped with hydrogen storage buffer and refueling interfaces, enabling “on-site hydrogen production and immediate refueling”. It does not require the transportation of hydrogen by long pipeline trailers or the construction of large auxiliary machine rooms. The load regulation range is wide, allowing for flexible start and stop according to hydrogen demand. It is highly suitable as a component of small hydrogen refueling stations, hydrogen vehicle demonstration operation points, industrial enterprises’ self-supply hydrogen points, and distributed energy stations. It is a “lightning cavalry” for promoting the application of hydrogen.
Key advantages:
- All-in-one integration saves space and investment: Significantly reduces the footprint of civil infrastructure and lowers initial capital costs.
- Compact and flexible for easy deployment: Suitable for mobile or fixed installation, enabling rapid response to market demands for new locations.
- Produces high-purity green hydrogen: PEM technology delivers high-purity hydrogen suitable for direct use in fuel cells.
- Wide load regulation adaptability: Quickly responds to fluctuations in hydrogen demand, ensuring economical and efficient operation.
- Ideal for 'on-site, on-demand' applications: Perfectly addresses the challenge of sourcing hydrogen in areas where supply is difficult to access.
JYWE-A0
Size (mm)
Gas Production Rate
H2 Production Rate
Operating Temperature
Hydrogen Purity
Max Pressure
Rated Voltage
Water Consumption
Load Regulation Range
Inflow Water Quality Requirements
720×580×1150
0.35 Nm³/h
0.25 Nm³/h
-15~60°C
>99.99%
1~1.5 MPa
220V
0.85 L/Nm³
5%～120%
ASTM D1193 Type L 型去离子水(>10MΩ ·cm)
JYWE-A1
Size (mm)
Gas Production Rate
H2 Production Rate
Operating Temperature
Hydrogen Purity
Max Pressure
Rated Voltage
Water Consumption
Load Regulation Range
Inflow Water Quality Requirements
700×550×1100
0.3 Nm³h
0.2 Nm³
-15~60°C
>99.99%
1~1.5 MPa
220V
0.9L/Nm³H₂
5%～120%
ASTM D1193 Type L Deionized Water
JYT60-A
Size (mm)
Gas Production Rate
H2 Charging Pressure
Filling Time
Hydrogen Purity
Power Input
Rated Voltage
Weight
Inflow Water Quality Requirements
471x276x434
60L/h
≦1.02MPa
3.5h
>99.99%
AC220V~/50Hz
330w
18.5 kg
Pure water, distilled water, deionized water
Applications
Household Refuelling
Refueling Station
Laboratories
Industrial
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