Hydrogen Filling and Refueling Station Equipment
High-Pressure Hydrogen Storage Systems for Refueling & Industrial Applications
Efficient high-pressure hydrogen storage solutions designed for refueling stations and industrial gas systems.
• Multi-bank cascade system improves gas utilization
• Reduces compressor energy consumption
• Stable high-pressure hydrogen supply
• Suitable for 35MPa / 70MPa applications
Inquire Now Key Points
• Complete hydrogen refueling station equipment supplier (compressor, dispenser, cascade system)
• Supports 35MPa and 70MPa hydrogen fueling standards
• Turnkey EPC solutions from design to commissioning
• Proven global projects including Olympics and large-scale stations
What Is Hydrogen Refueling Station Equipment?
A hydrogen refueling station consists of key systems including hydrogen compressors, storage cascades, dispensers, and control systems. These components work together to compress, store, and dispense hydrogen safely for fuel cell vehicles.
Complete Hydrogen Refueling Station System
Hydrogen Compressor for Refueling Station
Hydrogen Dispenser (35MPa / 70MPa)
Hydrogen Storage Cascade System
Hydrogen Unloading & Filling System
Station Control System
Turnkey Hydrogen Refueling Station EPC Services
Rein provides complete EPC services including:
• Station design & engineering
• Equipment manufacturing
• Installation & commissioning
• Operation & maintenance support
Technical Parameters of Hydraulic-Driven Piston Hydrogen Compressor
| Compressor Model | REIN-4~20/45-H2-500 | REIN-4~20/45-H2-1000 | REIN-4~20/90-H2-500 | |
| Overall Dimension | mm | 5500x2500x2650 | 6000x2500x2650 | 6000x2500x2650 |
| Applicable to | Hydrogen Refueling Station | Hydrogen Refueling Station | Hydrogen Refueling Station | |
| Compression Medium | High Purity Hydrogen | High Purity Hydrogen | High Purity Hydrogen | |
| Driving Type | Hydraulic-driven | Hydraulic-driven | Hydraulic-driven | |
| Compression Stage | Two-stage | Two-stage | Three-stage | |
| Inlet Pressure | MPa | 3-30 | 3-30 | 3-30 |
| Inlet Temperature | ℃ | ＜40 | ＜40 | ＜40 |
| Max. Outlet pressure | MPa | 45 | 45 | 90 |
| Outlet Temperature (after cooling) | ℃ | ≤25 | ≤25 | ≤25 |
| Fuelling Capacity | Kg/d 12hs | ≥[email protected] | ≥[email protected] | ≥[email protected] |
| Cooling Method | Water Cooling | Water Cooling | Water Cooling | |
| Main Motor Group Power | KW | 45 | 75 | 75 |
| Cooling Capacity of Chiller | KW | ≥45 | ≥65 | ≥65 |
| Inlet/Return Water Temperature | ℃ | 7/12 | 7/12 | 7/12 |
| Cooling Water Capacity | T/h | ≥7 | ≥12 | ≥10 |
| Explosion-proof Mark / Explosion-proof Certificate | Ex db eb ib mb lc T4 Gb/GYB23.2183X | Ex db eb ib mb lc T4 Gb/GYB23.2183X | Ex db eb ib mb lc T4 Gb/GYB23.2184X |
Technical Parameters of Diaphragm Compressor
| Compressor Model | REIN-H2~2/36-1000 | |
| Overall Dimension | mm | 6000x5000x2000 |
| Applicable to | Filling Station | |
| Sompression Medium | High Purity Hydrogen | |
| Driving Type | Diaphragm | |
| Inlet Pressure | MPa | 2 |
| Inlet Temperature | ℃ | ＜40 |
| Max. Outlet Pressure | MPa | 36 |
| Outlet Temperature (after cooling) | ℃ | ≤40 |
| Filling Capacity | Nm³/h | 1000 |
| Cooling Method | Water Cooling | |
| Main Motor Group Power | KW | 250 |
| Inlet/Return Water Temperature | ℃ | 32/40 |
| Cooling Water Capacity | T/h | ≥15 |
Technical Parameters of Hydrogen Dispenser
| Rated Working Pressure | MPa | 35 |
| Max. Working Pressure | MPa | 43.8 |
| Design Pressure | MPa | 50 |
| Hydrogen Fueling Rate | Kg/min | ≤3.6 |
| Fueling Gun Connection Hose Length | m | ≥4 |
| Number of Fueling Ports | 1 or 2 | |
| Fueling Nozzle | TK16, TK25 | WEH or other brands, available for single or dual metering |
| Metering Repetability | ≤1% | |
| Display Function | Flow (mass) | Display instantaneous flow, cumulative flow, etc. |
| Counter Display Range | Single Counting Range | 0.00-999.99Kg or 0.00-9999.99CNY( Max. allowable error ±2.5%) |
| Cumulative Counting Range | Integer 8 digits, decimal 2 digits | |
| Operating Mode | Unit Price Setting Range | Can be adjusted according to customer requirements |
| Card Machine Interlocking | ||
| Explosion-proof Mark / Explosion-proof Certificate | Ex, db, ib, mb, IIC, T4, Gb/GYB22.3673X |
Technical Parameters of Unloading/ Filling Gas Cabinet
| Working Medium | Hydrogen gas (Purity 99.99%) | |
| Design Pressure | MPa | 25 or 35 |
| Max. Working Pressure | MPa | 20 or 30 |
| Design Temperature | ℃ | -25～+60 |
| Hose | m | 5 |
| Tube skid Interface Specification | CGA1350 (for connecting hydrogen tube skid) | |
| Pipeline Material | 316L | |
| Interface Connection Form | Double ferrule and NPT (Swagelok or equivalent brand) | |
| Unloading System | Single-cabinet dual-interface pipeline form, with two unloading hoses, or single-cabinet single-interface pipeline form, with one unloading lose | |
| Filtration Accuracy | One-stage filtration set at the end of the hose, accuracy ≤5μm | |
| Others | Reserved purging function, optional break away coupling, flowmeter, and card machine interlocking system | |
| Explosion-proof Mark / Explosion-proof Certificate | Ex, db, ib, mb, IIC, T4, Gb/GYB23.2063X |
Technical Parameters of Sequence Control Value Group
| Working Pressure | Outlet Temperature | Pipleline Material | Design Pressure | Pipe Diameter | Control Valve Form | Max. Flow Capacity | Electrical components meet national explosion-proof standards | Main Hydrogen Pipleline Connection Form | Ambient Temperature |
|---|---|---|---|---|---|---|---|---|---|
| MPa | MPa | m³/h | |||||||
| ≤45 | ≤45 | 316L (meets technical requirements for NI ＞12% and nickel equivalent＞28.5%) | 50 | 9/16，3/4， 1 | Electric | 4000 | Ex II CT4 | C&T connection or NPT connection | Suitable for the ambient temperature of the project site |
Applications of Hydrogen Refueling Stations
• Hydrogen stations for buses
• Hydrogen stations for heavy-duty trucks
• Hydrogen stations for industrial use
• Hydrogen stations for urban mobility
Customer-Centric Excellence in Service
After-sales services
After-sales services
Rein's service network spans nationwide, ensuring we are always nearby.
24/7 service hotline: 400-636-7011
Hydrogen engineering construction services
Hydrogen engineering construction services
Rein provides Hydrogen engineering construction services for Hydrogen production stations, Hydrogen filling stations and Hydrogen refueling stations.
Tube trailer rental services
Tube trailer rental services
Rein provides tube trailer rental services for Hydrogen, CNG, and different gas transportation.
Tube trailer inspection services
Tube trailer inspection services
Our tube trailer inspection stations offer full-lifecycle services for tube trailers, including regular inspections, annual checks, and routine maintenance.
Quality information inquiry
Quality information inquiry
We ensure that quality information is traceable.
A: A complete hydrogen refueling station typically includes a hydrogen compressor, high-pressure storage cascade system, hydrogen dispenser, unloading system, and a station control system. These components work together to compress, store, and safely dispense hydrogen fuel.
A: The main difference is the fueling pressure. 35MPa stations are commonly used for buses and heavy-duty vehicles, while 70MPa stations are designed for passenger fuel cell vehicles that require higher pressure for longer driving range.
A: Hydrogen is delivered to the station, compressed to high pressure, stored in cascade storage systems, and then dispensed into vehicles through a hydrogen dispenser. The system is controlled to ensure safe and efficient fueling.
A: Yes. Hydrogen refueling station systems can be customized based on project requirements, including pressure level (35MPa or 70MPa), capacity, application scenarios, and site conditions.
A: The capacity varies depending on design. Small stations may handle a few hundred kilograms per day, while large-scale stations can reach several tons per day, depending on storage and compression configuration.
A: Hydrogen refueling stations are widely used in transportation (buses, trucks, passenger vehicles), industrial gas supply systems, and emerging hydrogen energy infrastructure projects.
A: The cost depends on factors such as station capacity, pressure level, equipment configuration, and project scope. For accurate pricing, it is recommended to request a customized solution based on your specific requirements.
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exploring innovative hydrogen technologies
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