The Hydraulically -driven hydrogen compressor skid is mainly applied in hydrogen refueling stations for hydrogen energy vehicles. It boosts low-pressure hydrogen to the set pressure and stores it in the hydrogen storage containers of the refueling station or directly fills it into the hydrogen energy vehicle’s steel cylinders. The HOUPU Hydraulically -driven hydrogen compressor skid features an aesthetically pleasing skid body with a strong sense of technology. The internal layout is reasonable and well-structured. It has a maximum working pressure of 45 MPa, a rated flow rate of 1000 kg/12h, and can handle frequent startups. It is easy to start and stop, operates smoothly, and is energy-efficient and economical.
The HOUPU Hydraulically -driven hydrogen compressor skid. The internal structure adopts a modular design, allowing for various combinations based on displacement and pressure requirements, with quick switching capabilities. The Hydraulically -driven system is composed of a fixed displacement pump, directional control valves, frequency converters, etc., featuring simple operation and low failure rates. The cylinder pistons are designed with a floating structure, ensuring long service life and high volumetric efficiency. Additionally, it is equipped with systems such as hydrogen concentration alarm, flame alarm, natural ventilation, and emergency exhaust, enabling predictive maintenance and health management.
Compared with hydrogen diaphragm compressors, the Hydraulically -driven hydrogen compressors have fewer components, lower maintenance costs, and are easier to install and maintain. The replacement of piston seals can be completed within one hour. Every compressor skid we manufacture undergoes strict simulation tests before leaving the factory, and its performance indicators such as pressure, temperature, displacement, and leakage are all at an advanced level.
Adopting the Hydraulically -driven hydrogen compressor skid module from HOUPU Company, embrace the future of hydrogen refueling, and experience the perfect combination of safety, efficiency and precision.
Post time: Jul-10-2025
