Core Product & Technical Features

1. Efficient Refueling & Long-Range Capability
   Both stations operate at a refueling pressure of 35MPa. A single refueling event takes only 4-6 minutes, enabling a driving range of 300-400 km post-refueling. This fully demonstrates the significant advantages of hydrogen fuel cell vehicles: high refueling efficiency and long driving range. The system utilizes efficient compressors and pre-cooling units to ensure a fast and stable refueling process, achieving zero carbon emissions and zero tailpipe pollution.
2. Forward-Looking Design & Future Expansion Capability
   The stations were designed with reserved interfaces for 70MPa high-pressure refueling, equipping them to upgrade for future passenger vehicle market services. This design consider the future trend of hydrogen passenger vehicle adoption, ensuring the infrastructure's technological leadership and long-term applicability. It provides scalable energy security for future diversified scenarios involving hydrogen-powered private cars, taxis, and more in Shanghai and surrounding areas.
3. Integrated Safety System under the Petro-Hydrogen Co-Construction Model
   As integrated stations, the project strictly adheres to the highest safety standards, employing a safety design philosophy of "independent zoning, intelligent monitoring, and redundant protection":
   • Physical isolation between the refueling and hydrogen areas complies with safe distance requirements.
   • The hydrogen system is equipped with real-time hydrogen leak detection, automatic shut-off, and emergency venting devices.
   • Intelligent video surveillance and fire-fighting linkage systems cover the entire site without blind spots.
4. Intelligent Operation & Networked Management
   Both stations are equipped with an intelligent station control system that monitors refueling status, inventory, equipment operation, and safety parameters in real-time, supporting remote operation, maintenance, and data analysis. A cloud platform enables data exchange and operational coordination between the two stations, laying the foundation for future and intelligent management of regional hydrogen refueling networks.