The ingeniously designed skid-mounted hydrogen refueling station amalgamates a comprehensive suite of systems: hydrogen storage, compressors, cooling units, dispensers, hydrogenation units, and a sophisticated station control mechanism, all on a singular skid-mounted chassis. This marvel of engineering boasts a compact design, minimal footprint, and cost-effective investment. With its swift construction timeline, the installation and expansion of equipment are made remarkably efficient. This station capably fulfills the hydrogen refueling demands of clients, accommodating the diverse needs of various enterprises seamlessly. Moreover, the factory-manufactured and installed skid-mounted stations ensure an unparalleled standard of quality and safety, coupled with effortless operation and maintenance.
Fixed hydrogen refueling stations excel in commercial and research demonstration settings, offering a strategically optimized layout. These stations present a choice between bundled trailer and hydrogen bundled pipe supply methods, unhindered by spatial limitations. This flexibility results in superior maintainability and the capacity to efficiently service small-scale refueling operations, enabling quick and reliable refueling experiences for all users.
Integrated hydrogen production and refueling stations find their niche in chemical industrial parks and main and commercial refueling stations. These stations are an epitome of integration, combining hydrogen production and hydrogenation into a streamlined operation. They offer dual hydrogen production modes: water electrolysis and external hydrogen supply via bundled vehicles. This innovative design guarantees a continuous and reliable hydrogen flow, ensuring rapid production and refueling while prioritizing utmost safety.
- Compressor,
The compressor skid showcases a meticulously arranged ensemble of compressors, valves, pipes, instruments, and other components, all anchored securely on a robust steel structure skid seat. It offers exceptional performance with high integration and remarkable stability, ensuring effortless transportation. The compressor is available in two distinct types: diaphragm and hydraulic drive, tailored to meet diverse operational needs.
integration,good stability,easy to transport.According to the structure and working principle of the compressor,there are two different kinds of diaphragm and hydraulic drive compressor
- Hydrogen Storage,
Hydrogen storage devices are pivotal components of hydrogen refueling stations. They typically consist of high-pressure hydrogen gas cylinders that ensure effective storage and distribution of hydrogen gas at high pressure.
- Hydrogen Mass Flowmeter,
Widely applied in hydrogen trade measurement fields, the hydrogen mass flowmeter is integral to hydrogen dispensers and refueling stations, offering precise and reliable measurement solutions.
These flowmeters are currently available in models rated for 35MPa and 70MPa working pressures, providing versatile options for double hydrogen mass measurement.
- Hydrogen Dispenser,
The robust authority classification system ensures that different types of personnel are granted or restricted access to system data, facilitating secure and encrypted data transmission and interface authentication.
categories of system data; system access must be restricted and authenticated, encrypted data transmission and interface encrypted authentication access
With large storage capacity, this system can archive and retrieve the most recent 3,000 refueling sessions. When integrated with a host computer management system, it enables access to data spanning the past three years.
Hydrogen Dispenser Gun
The Hydrogen Dispenser gun is crafted to adhere to both domestic and international standards, ensuring excellent compatibility. Its construction features high-strength stainless steel, complemented by special sealing materials and an ergonomic design, ensuring both durability and user comfort.
| 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 Compact Mobile Hydrogen Station employs a suite of state-of-the-art methods to generate hydrogen, such as the innovative water electrolysis and the efficient steam methane reforming. reforming, alongside other cutting-edge technologies. This crucial step transforms various feedstocks into pure hydrogen gas, paving the way for clean energy.
2. Purification: Once produced, the hydrogen undergoes rigorous purification processes to meticulously eliminate any impurities, guaranteeing unparalleled quality and utmost safety of the hydrogen fuel. of the hydrogen fuel, setting a high standard for clean energy solutions.
3. Compression: Following purification, the hydrogen is expertly compressed to increase its density, optimizing it for efficient storage and seamless transportation. transportation. This is achieved using a range of advanced techniques, including the reliable piston compressors and the sophisticated diaphragm compressors, or other pioneering compression technologies, ensuring peak performance and reliability.
4. Storage: The compressed hydrogen is then securely stored in state-of-the-art high-pressure tanks or cutting-edge cryogenic storage systems, meticulously designed to meet the station's design and requirements. These innovative storage systems uphold the hydrogen at precise pressure and temperature levels, ensuring readiness for dispensing at any moment. for dispensing, guaranteeing seamless integration into modern hydrogen infrastructures.
5. Dispensing: As the need for hydrogen arises, whether for vehicles or equipment, the station's advanced dispensing system adeptly delivers the compressed hydrogen to the end user. This process is facilitated by specialized dispensers outfitted with comprehensive safety measures to ensure proper, controlled, and efficient refueling, adhering to the highest safety standards.
6. Safety Systems: The hydrogen station is fortified with a range of sophisticated safety systems, dedicated to accident prevention and the safe operation of hydrogen-related processes. This includes state-of-the-art leak detection systems, robust ventilation mechanisms, and swift emergency shutdown protocols.
7. Station Control and Monitoring: Equipped with cutting-edge control and monitoring systems, the hydrogen station effectively oversees the entire operation, from production and storage to compression and dispensing. These systems assure optimal performance and unwavering adherence to safety standards, efficiently maintaining rigorous safety benchmarks at all times.
1. Clean and Sustainable Energy: Dive into a world where sustainability meets innovation. The Compact Mobile Hydrogen Station for Cell Cars and Trucks champions the cause of green energy, offering an eco-friendly solution that minimizes carbon footprints, ensuring a cleaner planet for future generations.
2. Fast Refueling Time: Say goodbye to long waits! Experience the convenience of rapid refueling with this state-of-the-art hydrogen station. Designed to keep your journeys seamless and efficient, it ensures that you spend less time at the station and more time on the road.
3. Long Driving Range: Unlock the potential for longer journeys without frequent refueling stops. This revolutionary station supports hydrogen-powered vehicles that offer extended driving ranges, giving you the freedom to explore without limits.
4. Versatile Applications: Harness the power of adaptability. Whether you're fueling cell cars or trucks, this compact station caters to multiple vehicle types, ensuring that your energy solutions are as versatile as your needs.
5. Scalability and Flexibility: Adapt to future demands with ease. The innovative design of our hydrogen station provides scalability to meet increasing energy needs while maintaining flexibility to adjust to varying operational environments.
6. Energy Independence: Empower your mobility with self-reliance. This compact station enables a path towards energy independence, allowing users to reduce reliance on traditional fuel sources and embrace a forward-thinking approach to energy consumption.
1. Transportation: Hydrogen refueling stations are indispensable in accelerating the widespread adoption of hydrogen fuel cell vehicles (FCVs), crucial for both individual and commercial transportation sectors. These stations empower the refueling of hydrogen-driven cars, buses, trucks, and other vehicles, championing a clean, sustainable alternative to conventional fossil fuel modes of transport.
2. Public Transit: Hydrogen refueling stations are pivotal in supporting hydrogen-powered public transit initiatives, such as hydrogen fuel cell buses. These buses provide zero-emission transportation options, significantly enhancing air quality and diminishing noise pollution in urban and suburban landscapes.
3. Fleets and Commercial Vehicles: Hydrogen refueling stations are essential for fleets and commercial vehicle operators, enabling them to utilize hydrogen-powered vehicles effectively. This includes a wide array of applications such as delivery trucks, taxis, service vehicles, and more, where the benefits of long-range and rapid refueling are paramount.
4. Hydrogen Infrastructure Development: Hydrogen refueling stations act as the cornerstone of hydrogen ecosystem expansion. They form the crucial infrastructure backbone, fueling the growth of hydrogen production, distribution, and utilization, thus supporting diverse applications well beyond mere transportation.
5. Research and Development: Hydrogen refueling stations serve as dynamic research and development platforms, essential for testing and perfecting hydrogen technologies. They function as demonstration sites to thoroughly assess the performance, efficiency, and safety of hydrogen production, storage, and dispensing systems.
6. Industrial Applications: In industrial settings, hydrogen refueling stations are highly valuable when hydrogen is used as a vital feedstock or fuel. This spans a range of applications including hydrogen-powered forklifts, material handling equipment, and even hydrogen fuel cells providing backup power solutions in industrial facilities.
7. Renewable Energy Integration: Hydrogen refueling stations are instrumental in blending renewable energy sources into the broader energy framework. They facilitate the transformation of surplus renewable energy, like solar or wind power, into hydrogen via electrolysis, which can then be stored and used as an eco-friendly energy carrier.
8. Off-Grid and Remote Areas: Hydrogen refueling stations can be strategically deployed in off-grid or remote regions where traditional fuel sources are scarce. They deliver a sustainable and autonomous energy solution for powering vehicles and equipment in these isolated locales.
9. Emergency Response and Disaster Relief: Hydrogen refueling stations can be strategically positioned to bolster emergency response and disaster relief operations. They provide a dependable fuel source for hydrogen-powered vehicles utilized by emergency services and aid organizations during critical situations.
10. Collaborative Initiatives: Hydrogen refueling stations are frequently integral to collaborative ventures involving governmental bodies, private enterprises, and research institutions. These initiatives endeavor to establish and showcase the feasibility of hydrogen technologies, encourage hydrogen adoption, and cultivate partnerships fostering a robust, sustainable hydrogen ecosystem.
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