1. High Mass Flow Throughput Performance
Every compressor skid is rated for a maximum volumetric flow of 2000 Nm³/h, capable of sustaining large-scale continuous hydrogen compression demand for megawatt-class electrolyser stations and industrial hydrogen pipeline boosting. All mechanical assemblies are optimised for uninterrupted 24/7 steady-state operation with minimal pressure fluctuation, supporting full-cycle Industrial Green Hydrogen Solutions.
2. Ultra-High Discharge Pressure Coverage
Three standard industrial pressure grades cover mainstream hydrogen energy requirements: 32 MPa for medium-pressure storage, 90 MPa for 70 MPa hydrogen refuelling stations, and customisable 250 MPa variants for ultra-high-pressure storage and aerospace testing. The 90 MPa model delivers stable 87.5 MPa outlet pressure from a standard 12.5 MPa low-pressure hydrogen inlet, representing a landmark domestic technological breakthrough to replace imported compression hardware for Green Hydrogen Production Plant projects.
3. 100% Oil-Free & Zero Leakage Gas Circuit
The metal diaphragm physically isolates hydrogen process gas from the hydraulic drive circuit, eliminating all oil contamination risks critical for high-purity hydrogen applications including fuel cell refuelling, semiconductor manufacturing and CVD crystal growth. Full welded static sealing throughout the gas path achieves certified zero hydrogen fugitive emissions, meeting stringent hazardous gas safety standards for premium Renewable Hydrogen supply.
4. Unattended Intelligent Automated Operation
Integrated PLC control enables single-touch automatic startup and shutdown sequences with real-time system health monitoring, fault alerting and remote diagnostic access. No constant on-site operator supervision is required, drastically reducing labour overhead and human error risks during long-term continuous operation of industrial hydrogen equipment.
5. Robust Safety & Stable Low-Vibration Design
All process valves, pressure transmitters and safety relief assemblies utilise top-tier certified international and domestic components. The balanced crankshaft and hydraulic drive layout minimises unit vibration during full-load operation, passing all third-party industrial safety and performance assessment benchmarks for commercial hydrogen energy projects.
6. High-Efficiency Multi-Stage Compression Architecture
Proprietary three-stage compression design replaces traditional dual-compressor setups for high-pressure hydrogen boosting, reducing overall skid footprint, simplifying site integration and lowering long-term spare parts and maintenance expenditure, ideal for matching Wind Solar Hybrid System green energy supporting facilities.
