H-Drive System Module - HSM X2

  • It is a modular, high-pressure hydrogen compression solution tailored for system builders and integrators.
  • Dual-Stage Compression with hydraulically driven Haskel H-Drive compressors
  • High Pressure Capability: Configurable up to 500 or 950 bar outlet pressure
  • Hazard-Protected Equipment Design

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H-Drive System Module - HSM X2

  • It is a modular, high-pressure hydrogen compression solution tailored for system builders and integrators.
  • HSM X2 features dual-stage compression via two hydraulically driven Haskel H-Drive compressors, delivering dependable hydrogen gas compression.
  • The X2 model is designed with a separate hydraulic power unit (HPU) and compressor assembly, offering improved layout flexibility for installations with spatial or thermal constraints.
  • Built to compress gaseous hydrogen to pressures of up to 950 bar, the HSM X2 is suited for use in a wide range of hydrogen fueling, storage, and industrial applications.
  • While the core compression hardware is included, additional modules (e.g., for cooling, electrical distribution, and control) are required to complete a fully integrated hydrogen system.

Key features

  • Dual-Stage Compression with hydraulically driven Haskel H-Drive compressors
  • Modular Design: Compressor assembly and HPU are physically separated for flexible installation
  • High Pressure Capability: Configurable up to 500 or 950 bar outlet pressure
  • Active Fan Cooling for higher thermal performance
  • Hazard-Protected Equipment Design
  • Integrated Safety and Monitoring: Includes instrumentation, controls, and gas heat exchangers
  • Electronic Control System: HMI, ESTOP, OPC-UA, and fault reset features
  • High Throughput: Up to 106 kg/hr hydrogen at 500 bar

Technical specifications

  • Electronic control interface: HMI, ESTOP, OPC-UA, LOCAL FAULT RESET
  • Ingress protzection rating: IP66
  • Max ambient humidity: EN60204 - 4.4.4 Humidity The electrical equipment shall be capable of operating correctly when the relative humidity does not exceed 50 % at a maximum temperature of +40 °C. Higher relative humidities are permitted at lower temperatures (for example 90 % at 20 °C).
    • Harmful effects of occasional condensation shall be avoided by design of the equipment or, where necessary, by additional measures (for example built-in heaters, air conditioners, drain holes).
    • Note, heaters are fitted to each HPU enclosure
  • Max current in Amps: 4.6A
  • Max altitude in m: 1000m
  • Maximum output voltage: 24 VDC
  • Input voltage: 230VAC
  • Maximum power: 1kW
  • Max ambient temperature: 40°C
  • Min power: 0.5kW
  • Min ambient temperature: -20°C
  • Type of cooling: Active fan
  • Max mass flow (In g/s)
    • 106 kg H2/hr (500bar model)
    • 65kg H2/hr (950 bar model)
  • Max outlet pressure (in bar): 500 bar or 950 bar depending on model
  • Max pressure (In bar): 500 bar (inlet pressure)
  • Compressor type: Hydraulic Piston
  • Min pressure (In bar): 15 bar (inlet)
     

Application areas

  • Hydrogen Refueling Stations (HRS)
  • Industrial Hydrogen Compression

Contact us

  • Interested? Please contact the vendor by filling out the contact vendor form.
Brand Haskel
Fuel Hydrogen
Compressor Type Hydraulic Piston
Max Power (in kW) 1
Electronic Control Interface HMI, ESTOP, OPC-UA, Local fault reset
Ingress Protection Rating IP66
Manufacturing Readiness (MRL) 6
Technology Readiness (TRL) 6
Max Ambient Temperature (in °C) 40
Min Ambient Temperature (in °C) -20
Haskel

For 75 years and counting, Haskel has been recognized as the world’s leading provider of high-pressure industrial gas and liquid handling equipment. Haskel hydrogen technology is safely and successfully used in a range of mission critical applications around the world every day - just as it has been for over two decades. We manufacture a full range of hydrogen handling equipment, including compressors, hydraulic and pneumatic-driven gas boosters, high-pressure valves and fittings and other system components. All of which use specific materials designed for hydrogen use based on pressure and flow requirements to address embrittlement issues metals face when exposed to a hydrogen environment. As the world’s leading provider of high-pressure hydrogen solutions, we have a team of experts who will work with you to provide the best solution for your chosen application.

Fill out the form and let us do the heavy lifting. Your inquiry will be sent to the right person within the vendor organization. No strings attached. We will help you to get an answer.

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