Introducing our latest innovation in hydrogen refueling technology: the Two Nozzles and Two Flowmeters Hydrogen Dispenser. Designed to revolutionize the refueling experience for hydrogen-powered vehicles, this cutting-edge dispenser sets new standards in safety, efficiency, and reliability.
At the heart of the hydrogen dispenser is a sophisticated array of components, meticulously engineered to ensure seamless and precise refueling operations. The inclusion of two mass flow meters enables accurate measurement of hydrogen accumulation, guaranteeing optimal filling levels for every vehicle.
Complementing the flow meters is an advanced electronic control system, carefully calibrated to orchestrate the entire refueling process with unparalleled efficiency. From initiating the flow of hydrogen to monitoring safety parameters in real-time, this system ensures smooth and reliable operation under all conditions.
The hydrogen dispenser features two hydrogen nozzles, allowing for simultaneous refueling of multiple vehicles, thereby reducing wait times and enhancing overall throughput. Each nozzle is equipped with a break-away coupling and safety valve, providing added protection against leaks and over-pressurization.
Manufactured and assembled by our experienced team at HQHP, the dispenser undergoes rigorous quality control measures at every stage of production. This meticulous attention to detail ensures that each unit meets the highest standards of performance, durability, and safety.
With the flexibility to fuel vehicles operating at both 35 MPa and 70 MPa, our hydrogen dispenser caters to a wide range of refueling needs. Its user-friendly design, attractive appearance, and low failure rate make it the preferred choice for hydrogen refueling stations worldwide.
Join the ranks of industry leaders embracing the future of hydrogen transportation. Experience the unmatched performance and reliability of our Two Nozzles and Two Flowmeters Hydrogen Dispenser and take your refueling operations to new heights.
Post time: Mar-13-2024
