Introducing the innovative skid-mounted hydrogen refueling station, a marvel in hydrogen technology that seamlessly combines hydrogen storage systems, compressors, cooling units, gas dispensers, hydrogenation units, and station control systems onto a single skid-mounted chassis. This compact powerhouse boasts a space-saving design, minimal investment costs, and a remarkably swift construction period, making it an ideal choice for businesses eager to meet diverse hydrogen refueling demands. With the ease of installation and expansion, it rapidly adapts to fulfill varying enterprise requirements. Crafted in a factory setting, these stations guarantee the highest standards of quality and safety, while also offering straightforward operation and hassle-free maintenance.
Our fixed hydrogen refueling stations are a staple in commercial and research demonstration environments, featuring a meticulously planned layout to optimize space and efficiency. With two versatile supply options-bundled trailer and hydrogen bundled pipe-these stations transcend site space limitations, ensuring seamless integration and enhanced maintainability. Designed for small-scale operations, they deliver swift refueling capabilities, catering to businesses that demand prompt and reliable hydrogen service.
Experience the cutting-edge integrated hydrogen production and refueling stations, strategically designed for chemical industrial parks, main refueling hubs, and commercial outlets. These stations epitomize integration with their dual-mode operations: hydrogen production via water electrolysis and an external supply through bundled vehicles. This fusion guarantees a continuous, reliable hydrogen stream, enabling rapid production and refueling while upholding the highest safety standards, ensuring your operations never miss a beat.
- Compressor,
The compressor skid is expertly designed, featuring an optimal arrangement of compressors, valves, pipes, instruments, and other integral components, all mounted on a robust steel structure skid seat. This ensures a high level of integration, exceptional stability, and effortless transportation.
According to the intricate structure and sophisticated working principle of the compressor, we offer two distinct types: diaphragm and hydraulic drive compressors, each delivering unparalleled efficiency and performance.
- Hydrogen Storage,
The hydrogen storage devices are quintessential elements of any hydrogen refueling station. Typically, these consist of high-pressure hydrogen gas cylinders and high-pressure storage solutions, ensuring secure and efficient storage.
- Hydrogen Mass Flowmeter,
Widely esteemed in the domain of hydrogen trade measurement, the hydrogen mass flowmeter is essential for applications like hydrogen dispensers and refueling stations, offering precision and reliability.
Currently, they are available in models rated for 35MPa and 70MPa working pressures, providing versatility and adaptability for a wide range of applications.
- Hydrogen Dispenser,
Our state-of-the-art authority classification system is meticulously designed to cater to the needs of diverse work personnel by managing and restricting access to different levels and categories of system data. Access is securely restricted, authenticated, and encrypted, ensuring comprehensive data protection.
Data transmission is encrypted with cutting-edge technology, and interface access is authenticated, providing an unmatched layer of security and confidentiality.
Featuring a substantial storage capacity, this advanced machine can store and retrieve up to the last 3,000 hydrogen refueling records. When integrated with the host computer management system, users can access data spanning up to the past three years, offering extensive historical insights.
Hydrogen Dispenser Gun
Designed to align with both national and international standards, the Hydrogen Dispenser gun interface boasts superior compatibility. Constructed from high-strength stainless steel, its main body is durable and reliable. The sealing materials incorporate specialized seals, and its ergonomic design enhances user comfort and efficiency.
| 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: This state-of-the-art station employs a variety of cutting-edge methods for generating hydrogen. From the clean and efficient process of water electrolysis to the robust technique of steam methane reforming, plus other pioneering technologies, each step is meticulously designed to transform feedstock into pure hydrogen gas. reforming, or other advanced technologies. This step involves the conversion of a feedstock into hydrogen gas.
2. Purification: At this stage, the freshly produced hydrogen undergoes rigorous purification processes. These are essential to meticulously eliminate impurities, thereby guaranteeing that the hydrogen fuel is of the utmost quality and safety, ready for any application. of the hydrogen fuel.
3. Compression: The hydrogen, once purified, is subjected to cutting-edge compression techniques. This step is crucial as it condenses the hydrogen, enhancing its density for seamless storage and transportation. Masterful compression is achieved via piston compressors, diaphragm compressors, or other innovative technologies, ensuring optimal efficiency. 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 state-of-the-art high-pressure tanks or cutting-edge cryogenic storage systems. This choice depends on the station's specific design and operational requirements. These storage solutions are crafted to maintain the hydrogen at precise pressure and temperature levels, ensuring it is primed for dispensing when needed. design and requirements. These storage systems maintain the hydrogen at the desired pressure and temperature until it is ready for dispensing.
5. Dispensing: When vehicles or equipment require refueling, the station's sophisticated dispensing system takes center stage. It efficiently transfers compressed hydrogen to the user with precision. These dispensers are equipped with advanced safety protocols to guarantee a secure and controlled 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: The station is a fortress of safety, incorporating a plethora of safety systems specifically designed to avert accidents and ensure the safe handling of hydrogen. Key features include high-tech leak detection systems, robust ventilation systems, and emergency shutdown protocols, all meticulously engineered to promote unwavering safety. hydrogen. This includes measures such as leak detection systems, ventilation systems, and emergency shutdown protocols.
7. Station Control and Monitoring: Equipped with intelligent control and monitoring systems, the station upholds seamless operation across the board. From hydrogen production and storage to compression and dispensing, these advanced systems meticulously regulate every aspect, ensuring unparalleled operational efficiency while strictly adhering to 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: Discover the power of a future that boasts minimal carbon footprint with our Dual Hose Mobile Hydrogen Dispenser. Designed to fuel hydrogen cell cars and trucks at 35MPa, it embodies the essence of clean, renewable energy, contributing to a healthier planet.
2. Fast Refueling Time: Experience the convenience of rapid refueling with our state-of-the-art technology. Our hydrogen dispenser ensures that vehicles spend less time at the pump and more time on the road, enhancing efficiency and saving valuable time for drivers.
3. Long Driving Range: Embrace the freedom of extended travel with our innovative hydrogen solution. Engineered to maximize the driving range, it empowers vehicles to journey further between refuels, making long-distance travel hassle-free and enjoyable.
4. Versatile Applications: From urban commutes to cross-country trucking, our hydrogen dispenser's adaptable design suits a wide range of vehicular needs. It supports a spectrum of applications, making it a versatile choice for diverse transportation requirements.
5. Scalability and Flexibility: Our product is crafted with growth in mind, offering seamless scalability and adaptability. As the demand for hydrogen vehicles expands, our dispenser can effortlessly scale to meet increasing needs, providing future-proof flexibility for evolving markets.
6. Energy Independence: Step towards energy self-sufficiency with our hydrogen dispenser. By reducing reliance on traditional fuels, it paves the way for energy independence, empowering users to embrace a sustainable, self-reliant energy future.
1. Transportation: Pioneering the green revolution, hydrogen refueling stations are pivotal in advancing the widespread adoption of hydrogen fuel cell vehicles (FCVs) across personal and commercial channels. They empower the refueling of hydrogen-powered cars, buses, trucks, and a myriad of other vehicles, presenting a clean and sustainable alternative to conventional fossil fuel options.
2. Public Transit: Elevating public transportation, hydrogen refueling stations bolster hydrogen-powered transit systems, including cutting-edge hydrogen fuel cell buses. These buses deliver zero-emission travel solutions for urban and suburban landscapes, elevating air quality and diminishing noise pollution.
3. Fleets and Commercial Vehicles: Essential to fleets and commercial operators, hydrogen refueling stations back hydrogen-powered vehicles in various operations. They cater to delivery trucks, taxis, service vehicles, and other fleet necessities, where extensive range and swift refueling are key.
4. Hydrogen Infrastructure Development: As the backbone of hydrogen infrastructure, these stations drive the expansion of the hydrogen ecosystem. They lay the foundational framework required for the burgeoning growth of hydrogen production, distribution, and application, extending beyond mere transportation.
5. Research and Development: Serving as hubs for innovation, hydrogen refueling stations function as R&D platforms advancing hydrogen technology. They act as demonstration sites for assessing the performance, efficiency, and safety of hydrogen production, storage, and dispensing systems.
6. Industrial Applications: Versatile in industrial environments, hydrogen refueling stations are utilized where hydrogen is a crucial feedstock or fuel. This encompasses applications like hydrogen-powered forklifts, material handling equipment, and hydrogen fuel cells for backup power in industrial settings.
7. Renewable Energy Integration: Facilitating the seamless incorporation of renewable energy, hydrogen refueling stations transform surplus renewable energy sources, like solar or wind, into hydrogen via electrolysis. This hydrogen can then be stored, positioning it as a clean, sustainable energy carrier.
8. Off-Grid and Remote Areas: In regions where traditional fuel access is scarce, hydrogen refueling stations stand as a beacon of sustainability, offering an autonomous energy source for vehicles and equipment in remote locales, ensuring energy independence and reliability.
9. Emergency Response and Disaster Relief: Strategically stationed, hydrogen refueling stations are indispensable in emergency response and disaster relief operations. They provide an unwavering fuel supply for hydrogen-powered vehicles employed by emergency services and aid organizations in crisis situations.
10. Collaborative Initiatives: Often part of synergistic partnerships, hydrogen refueling stations are at the heart of collaborative efforts involving government bodies, private enterprises, and research entities. These initiatives strive to demonstrate the potential of hydrogen technologies, encouraging adoption and nurturing partnerships for a sustainable hydrogen future.
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