Discover the revolutionary skid-mounted hydrogen refueling station, a marvel of modern engineering that seamlessly integrates hydrogen storage systems, compressors, cooling units, gas dispensers, hydrogenation units, station control systems, and more, all onto a single, efficient skid-mounted chassis. Boasting a compact and streamlined structure, it commands a minimal footprint, requiring a low investment cost while offering a remarkably short construction period. Enjoy the convenience of easy equipment installation and expansion, tailored to quickly meet your hydrogen refueling demands. This innovative solution accommodates the diverse needs of various enterprises and industry players. Furthermore, the factory-manufactured and installed skid-mounted stations guarantee quality and safety, paired with straightforward operation and maintenance.
Experience the versatility and efficiency of fixed hydrogen refueling stations, the ideal choice for commercial refueling stations and research demonstration sites. These stations offer an intelligently rational layout, offering the flexibility to select between bundled trailer and hydrogen bundled pipe supply methods. Unrestricted by site space limitations, these stations promise exceptional maintainability. They are designed to meet the demands of small-scale refueling operations, ensuring fast and efficient hydrogen refueling solutions.
Integrated hydrogen production and refueling stations represent the pinnacle of technological advancement, perfect for chemical industrial parks, main refueling stations, and commercial refueling hubs. These stations showcase an innovative integrated design, seamlessly combining hydrogen production and hydrogenation processes. This dual-mode integration supports hydrogen production through water electrolysis while also accommodating external hydrogen supply via bundled vehicles. With this approach, the stations ensure a continuous and reliable hydrogen supply, achieving rapid hydrogen production and refueling, all while upholding the highest safety standards.
- Compressor,
The compressor skid boasts an ingeniously arranged assembly of compressors, valves, pipes, instruments, and other essential components, all mounted on a robust steel structure skid base. This design ensures high
integration and exceptional stability, making it effortless to transport. Based on the compressor's structure and operating principles, two distinct types are available: the diaphragm and hydraulic drive compressor
- Hydrogen Storage,
Hydrogen storage systems play a crucial role in hydrogen refueling stations, typically comprising high-pressure hydrogen gas cylinders alongside high-pressure
- Hydrogen Mass Flowmeter,
This device finds extensive application in the field of hydrogen trade measurement, particularly in hydrogen dispensers and hydrogen refueling stations
Currently, it is available in two variations: 35MPa and 70MPa (rated working pressure) double hydrogen mass flowmeters
- Hydrogen Dispenser,
The authority classification system is designed to meet the diverse needs of various personnel types, allowing or restricting access to different tiers and
categories of system data. System access is tightly controlled and requires authentication, featuring encrypted data transmission and interface encrypted authentication access
With a large storage capacity, this machine can archive and retrieve the most recent 3,000 hydrogen refilling records. If configured with a host computer management system, data from the past three years can be accessed
Hydrogen Dispenser Gun
The Hydrogen Dispenser gun interface adheres to pertinent domestic and international standards, ensuring excellent compatibility. Constructed from high-strength stainless steel, its sealing material utilizes specialized seals, while its ergonomic design promises user-friendly handling
| Product name |
Skid-mounted hydrogen refueling station |
Fixed hydrogen refueling station |
| Daily filling capacity |
50kg/d-1000kg/d |
200kg/d-1000kg/d |
| Filling pressure |
35MPa/70MPa |
35MPa/70MPa |
| Application scenario |
Hydrogen demand for vehicle manufacturing plants, commercial refueling, and temporary refueling |
Commercial hydrogen refueling stations, research demonstration hydrogen refueling stations, etc |
| For more information, please contact us. |
| Product name |
Integrated hydrogen production and hydrogen refueling station. |
| Hydrogen production capacity |
50~1000kg/d |
| Filling capacity |
200~1500kg/d |
| Filling pressure |
35MPa/70MPa |
| Application scenario |
Hydrogen refueling stations in chemical industrial parks, main stations for refueling stations, commercial hydrogen refueling stations. |
| For more information, please contact us. |
1. Hydrogen Production: The station employs state-of-the-art methods such as water electrolysis and steam methane reforming to produce hydrogen, leveraging cutting-edge technology to convert a variety of feedstocks into pure hydrogen gas. reforming, or other advanced technologies. This step involves the conversion of a feedstock into hydrogen gas.
2. Purification: The generated hydrogen undergoes rigorous purification processes, meticulously stripping away impurities to guarantee the highest quality and utmost safety of the hydrogen fuel. of the hydrogen fuel.
3. Compression: Once purified, the hydrogen is compressed to significantly enhance its density, preparing it for efficient storage and seamless transportation. This is achieved through innovative techniques like piston compressors, diaphragm compressors, or state-of-the-art compression technology. transportation. Compression can be achieved through different techniques, including piston compressors, diaphragm compressors, or other advanced compression technologies.
4. Storage: The compressed hydrogen finds its home in high-pressure tanks or cutting-edge cryogenic storage systems, contingent on the tailored design and stringent requirements of the station. These robust storage systems diligently maintain the hydrogen at optimal pressure and temperature, primed for dispensing. design and requirements. These storage systems maintain the hydrogen at the desired pressure and temperature until it is ready for dispensing.
5. Dispensing: When a vehicle or equipment is ready for hydrogen refueling, the station's sophisticated dispensing system takes charge, delivering the compressed hydrogen with precision. This process is facilitated by specialized dispensers, embedded with robust safety measures to ensure a smooth and secure refueling experience. hydrogen to the user. This can be done through specialized dispensers equipped with safety measures to ensure proper and controlled refueling.
6. Safety Systems: Hydrogen stations are fortified with an array of safety systems, meticulously designed to avert accidents and ensure the secure management of hydrogen. These systems encompass advanced leak detection, comprehensive ventilation, and prompt emergency shutdown protocols. hydrogen. This includes measures such as leak detection systems, ventilation systems, and emergency shutdown protocols.
7. Station Control and Monitoring: The hydrogen station is outfitted with sophisticated control and monitoring systems that meticulously oversee every facet of the process, from production to storage, compression, and dispensing. These cutting-edge systems ensure the station functions with peak efficiency while steadfastly maintaining the highest safety standards. entire process, including hydrogen production, storage, compression, and dispensing. These systems ensure the station operates efficiently and maintain safety standards.
1. Clean and Sustainable Energy: Harness the power of tomorrow with our cutting-edge Mobile Hydrogen Dispenser, which facilitates a cleaner, greener future by utilizing hydrogen-a sustainable and environmentally friendly energy source that drastically reduces emissions.
2. Fast Refueling Time: Experience the convenience of rapid refueling with our advanced technology that significantly reduces the waiting time at stations, ensuring your cell cars and trucks are quickly back on the road, maximizing efficiency and reducing downtime.
3. Long Driving Range: Enjoy peace of mind with an extended driving range offered by our innovative hydrogen solution, enabling longer journeys without the stress of frequent refueling, thus enhancing your travel experience and operational productivity.
4. Versatile Applications: Our Mobile Hydrogen Dispenser is designed for adaptability, catering to a wide array of vehicles and industries. Whether for cell cars, trucks, or other fuel cell applications, it seamlessly integrates into diverse settings, meeting various energy needs.
5. Scalability and Flexibility: Our product is engineered for scalability, allowing for easy expansion as demand grows, while its flexible design ensures compatibility with evolving technologies, making it an ideal solution for future-proofing your energy infrastructure.
6. Energy Independence: Embrace energy sovereignty with our Mobile Hydrogen Dispenser, which supports the shift towards localized energy production, reducing dependency on traditional fuel sources and enhancing energy security.
1. Transportation: Embrace the future of mobility with hydrogen refueling stations, pivotal in revolutionizing the transportation industry. These eco-friendly stations empower the widespread adoption of hydrogen fuel cell vehicles (FCVs) for personal and business use. They are the lifeline for hydrogen-powered cars, buses, and trucks, offering a pristine and sustainable alternative to fossil fuels.
2. Public Transit: Transforming urban mobility, hydrogen refueling stations are the backbone of hydrogen-powered public transit systems. Imagine zero-emission buses navigating seamlessly through city streets, enhancing air quality and diminishing noise pollution, all thanks to these innovative refueling hubs.
3. Fleets and Commercial Vehicles: Supercharge fleet operations with hydrogen refueling stations. These stations are indispensable for commercial vehicle operators, supporting a diverse range of hydrogen-powered vehicles like delivery trucks, taxis, and service vehicles. They ensure efficiency with long-range capabilities and rapid refueling, essential for demanding fleet requirements.
4. Hydrogen Infrastructure Development: Pioneering the hydrogen ecosystem, hydrogen refueling stations are the cornerstone of infrastructure development. They forge the path for hydrogen production, distribution, and utilization growth, supporting myriad applications beyond mere transportation, heralding a new era of clean energy.
5. Research and Development: At the cutting edge of innovation, hydrogen refueling stations double as research and development powerhouses. They stand as testbeds for cutting-edge hydrogen technologies, demonstrating effectiveness, efficiency, and safety in hydrogen production, storage, and dispensing.
6. Industrial Applications: Reinvent industrial operations with hydrogen refueling stations. In industrial settings, they cater to hydrogen-powered forklifts, material handling equipment, and fuel cells for backup power, providing a robust and clean energy alternative to traditional fuels.
7. Renewable Energy Integration: Seamlessly integrate renewable energy sources with hydrogen refueling stations. These stations are the linchpins in converting surplus renewable energy, like solar and wind, into hydrogen through electrolysis. This stored hydrogen becomes a versatile and clean energy carrier for a sustainable future.
8. Off-Grid and Remote Areas: Empower remote areas with hydrogen refueling stations. Perfect for off-grid regions, they offer a sustainable and autonomous energy solution, ensuring consistent power supply to vehicles and equipment where traditional fuels cannot reach.
9. Emergency Response and Disaster Relief: In times of crisis, hydrogen refueling stations become lifelines, strategically placed to aid emergency response and disaster relief. They ensure a steady fuel supply for hydrogen-powered emergency vehicles, supporting critical missions of aid organizations during emergencies.
10. Collaborative Initiatives: At the heart of innovation, hydrogen refueling stations often emerge from synergistic collaborations among government bodies, private enterprises, and research entities. These joint efforts aim to validate hydrogen technologies, boost hydrogen adoption, and cultivate partnerships for a sustainable hydrogen-powered future.
){kind=link}