high purity hydrogen filling compressor with three stages

With advanced electric drive and digital analog technology, this high purity hydrogen filling compressor delivers outstanding efficiency and reliability for hydrogen compression tasks under various working conditions. Its design ensures gas purity and eliminates contamination throughout the filling process.

Features of High Purity Hydrogen Filling Compressor

1. Motor power range: From 3 kW to 220 kW, supporting a wide range of industrial and commercial needs.
2. Customized pressure settings: Inlet and discharge pressures can be tailored to user requirements, ensuring efficient operation across different gas pressure ranges.
3. Flexible compression stages: Selectable 1 to 3 compression stages allow optimization of efficiency and energy consumption for different applications.
4. Advanced digital simulation design: Digital simulation and pulsation calculation technology enable real-time monitoring and optimization of airflow, reducing energy loss, vibration, and noise.
5. Large displacement filling capacity: Single unit exhaust capacity up to 2000 Nm³/h, ideal for large-scale hydrogen filling and high-flow usage such as refueling stations.
6. Skid-mounted structural design: Skid-mounted design enables easy transport, installation, and on-site deployment for rapid and flexible adaptation to different conditions.

Working Principle of High Purity Hydrogen Filling Compressor

The compressor uses a motor-driven mechanism (piston, screw, etc.) to compress hydrogen from low to high pressure. Hydrogen enters through the air inlet, and as the piston or screw moves, the volume is reduced and pressure increases. The digital control system continuously calculates and regulates gas pulsation, ensuring smooth, efficient compression and maintaining gas purity throughout the process.

Application Areas of High Purity Hydrogen Filling Compressor

1. Hydrogen energy industry: Used for hydrogen storage and filling in hydrogen refueling stations, ensuring efficient, stable, and high-purity hydrogen supply to fuel cells and other applications.
2. Energy storage: Supports long-term hydrogen storage and high-pressure delivery in energy storage systems, providing efficient compression and filling capabilities.
3. Scientific research and laboratories: Provides uncontaminated, high-purity hydrogen for advanced experiments and research in scientific institutions.
4. Chemical industry: Delivers high purity hydrogen for chemical reactions, including organic synthesis and hydrogenation processes.
5. Aerospace and nuclear energy: Supplies stable, reliable hydrogen for cooling, propulsion, and other specialized applications.
6. Electronics and semiconductor manufacturing: Maintains high-purity hydrogen environments for semiconductor production and other electronics manufacturing processes.