Three-Stage Hydrogen Compressor

High-ratio hydrogen compression equipment for on-site hydrogen production and refueling stations.

High Compression Ratio
Integrated Structure
Stable On-Site Boosting

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Three-Stage Hydrogen Compressor for On-Site Hydrogen Production and Refueling

The three-stage hydrogen compressor adopts a three-stage compression structure with a high compression ratio and high system integration. It is designed to meet the hydrogen boosting requirements of on-site hydrogen production and refueling stations, supporting stable pressure delivery for continuous hydrogen refueling operations.

Ideal for use in

On-Site Hydrogen Production Stations

Integrated Hydrogen Production and Refueling Stations

Key Features

High-Ratio Three-Stage Compression

The three-stage compression design provides a high compression ratio, covering the wide pressure range required for on-site hydrogen production and refueling applications.

Highly Integrated Compact Design

The integrated system structure reduces footprint and supports easier on-site deployment, installation, and maintenance.

Stable Boosting for Refueling Stations

Optimized for on-site hydrogen production and refueling scenarios, the compressor provides reliable hydrogen boosting to support stable and continuous station operation.

Tech Specs

HYCF-1.2/3.8-200-45

Item	Specification
Type of Compressor	Oil Free Hydraulic Piston Compressor
Applicable Medium	High Purity H2（≥99.97%）
Stage	3-Stage
Input Pressure	1.2–3.8 MPa（G）
Max Output Pressure	45 MPa（G）
Average Output Flow	610–1630 Nm³/h [20°C]
Input Temp	≤45°C
Output Temp	≤45°C（After Cooling）
Power of Main Motor	200 kW, 380 V, 50 Hz
Cooling Type	Water Cooling
Coolant Inlet/Outlet Temp	7/12°C

Suitable for fixed H2 stations, skid-mounted stations, and hydrogen production in the field or pipeline supply, without setting the front compressor.
Multistage compression in a booster, high pressure ratio, ideal for low inlet pressure and high outlet pressure conditions.
Applicable to filling tubes, H2 refueling, and simplified whole-station processes.