Sany Delivers Australia’s First Hydrogen Station Project, Advancing Green Energy Initiatives
On May 29, 2025, Sany officially delivered a customized hydrogen production and refueling system, capable of producing 200 standard cubic meters per hour, to a client in Australia. This marks a significant milestone in Sany’s green energy internationalization efforts, following the establishment of a strategic partnership with an Australian client in April 2024. Prior to this, Sany had developed the largest integrated hydrogen production and refueling station in China.
Leading Technology Drives Efficient Hydrogen Refueling
The project utilizes advanced flexible electrolysis technology for hydrogen production, combined with a comprehensive control system to ensure stable and efficient operation. The system is equipped with dual-stage pressurization for hydrogen storage, capable of operating at both 50 MPa and 90 MPa. This allows it to meet the hydrogen refueling demands of both 35 MPa commercial vehicles and 70 MPa passenger cars, ensuring quick and safe refueling for all types of vehicles at the station.
Compliance with Global Standards for Safety
To successfully enter the Australian market, the project adhered strictly to local production standards and has received comprehensive certifications from Bureau Veritas (BV) and TÜV SÜD:
- AS 3000 Electrical Safety Certification: Meets Australia’s highest Level 2 standard.
- ASME/AS1200 Dual Certification: Pressure vessels comply with both U.S. and Australian standards, holding ASME U3 steel stamp certification with a fatigue life exceeding 20,000 cycles.
- SAE J2601 Hydrogen Refueling Protocol Testing: Complies with international fuel addition standards, completing refueling for a 70 MPa passenger vehicle within three minutes.
Design-Oriented Development and Rigorous Safety Analysis
Sany employs a forward development process based on design principles. During the development phase, the project team conducted a comprehensive risk assessment and management for the Proton Exchange Membrane (PEM) hydrogen purification system and high-pressure refueling system. This analysis included hazard identification, hazard and operability studies, safety integrity level assessments, and protective layer analysis.
These analytical methods allow for accurate identification of risks early in the project, laying a solid foundation for creating safe, intelligent, and resilient hydrogen energy solutions.
With advanced technology, stringent safety standards, and global cooperation, Sany’s success in the Australian market represents a crucial step towards promoting sustainable development. The company remains focused on the clean energy sector, continually innovating in wind power, solar energy, hydrogen energy, energy storage, and microgrid technologies. Sany’s Chairman, Xiang Wenbo, stated, “Sany is accelerating its transformation towards decarbonization and green growth, committed to injecting green development momentum into the industry.”
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