STELION Booster Station is a compact, electric-driven gas booster pump designed for hydrogen compression and refueling across a wide range of applications: mobility, industrial processes, and any use requiring pressurized gases. Compatible with multiple gases such as hydrogen, oxygen, or helium, it simplifies on-site operations by delivering safe, reliable compression without the need for complex infrastructure or high-pressure installations.
Your work easier than ever
21 – 200
Inlet pressure (bar)
STL 1400
6 – 31
Inlet pressure (bar)
350
Max. outlet pressure (bar)
63
Noise (dB)
1.25
Power requirements (kW)
230 – 50Hz / 115 – 60Hz
Voltage (AC)
Quick coupling or 1/4″ NPT male
Gas inlet / outlet / relief port connection
20 years
Lifespan
Compatible gases*
H2, CO2, CH4, O2, inert gases and more
*Please contact our team to learn about the full range of compatible gases.
Discover all technical specifications
Get the full technical datasheet and explore all key specifications of STELION Booster Station, including pressure range, compatible gases, operating modes, safety features, electrical requirements, and configuration options.
Watch the full compression process in action
Discover how STELION Booster Station simplifies hydrogen and gas compression. Set your target pressure through the STELION UI and let the system manage the process with precision, real-time monitoring, and built-in safety control.
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Know the essentials
STELION Booster Station is an electric gas booster pump designed for applications that require a self-contained, safe, and easy-to-use solution for compressing and refueling gases such as hydrogen, oxygen, or helium. It enables the use of pressurized gases in settings where conventional infrastructure is not available, providing a portable, easy-to-operate alternative with reduced implementation costs.
STELION Booster Station is designed to work with multiple gases, including hydrogen, oxygen, helium, nitrogen, argon, carbon dioxide, carbon monoxide, and sulfur dioxide, depending on the configuration and application.
No. STELION Booster Station is fully electric-driven and does not require an external compressed air supply. Its integrated electric motor drives the compression process directly without complex technical infrastructure.
STELION Booster Station can be configured for working pressures of up to 350 bar, depending on the selected setup and application requirements. The system allows users to adjust input and output pressure parameters through the STELION UI..
The operation is simple: connect the gas cylinder or input line, set the desired pressure through the touchscreen interface, and let the system manage the compression process.
Yes. STELION Booster Station includes both manual and automatic operating modes. In manual mode, the operator starts each compression cycle after setting the target pressure. In automatic mode, the system can detect when a new compression cycle is required and restart operation according to predefined pressure thresholds, enabling continuous operation with less supervision.
STELION Booster Station is designed for a wide range of applications, including hydrogen refueling for UAVs, AGVs and light mobility platforms, industrial processes such as welding, cutting and leak testing, laboratory validation, off-grid fuel cell systems and emergency deployments.
Yes. STELION Booster Station is designed for the European market and can be supplied with EU certification according to the applicable configuration and use case. Hydros Power also provides European technical support, helping customers with installation, operation, maintenance, and long-term service of the equipment.