At Parker, we are pioneering the advancement of hydrogen fuel cell technology, delivering comprehensive solutions that encompass the entire system—from storage to power generation. Our hydrogen fuel cell systems are designed to integrate advanced sub-systems, featuring robust tank systems for high-pressure hydrogen storage. These tanks are equipped with EC-79 certified components, ensuring safety and reliability under extreme conditions.
Central to our technology are the fuel cell stacks, where hydrogen and oxygen combine to produce electricity. Parker’s state-of-the-art solenoid valves provide precise flow control, while our high-performance metal seals and o-rings maintain system integrity, preventing leaks and ensuring optimal operation. Our ball valves further enhance flow control, offering reliability and durability in demanding conditions.
Our expertise in fluid conveyance is showcased through the seamless media integration of handling systems, which include high-efficiency, fittings, coolers and thermally conductive materials. These system components work together to manage thermal loads, ensuring optimal operating temperatures and enhancing system longevity. Our thermal interface materials are crucial for efficient heat dissipation, maintaining optimal performance of both the stack and the power electronics.
Parker’s core technologies in flow control, fluid conveyance, filtration, and sealing are meticulously engineered to meet the unique demands of hydrogen fuel cells. Our hydrogen filters effectively remove contaminants from the hydrogen supply, protecting the fuel cell stack from damage and degradation. Additionally, our fuel cell humidifiers ensure the proper humidity levels are maintained within the fuel cell, optimizing performance and longevity. Our anode and cathode water separators efficiently manage water within the system, preventing flooding and ensuring consistent operation.
Every component—from press-in-place seals and o-rings to metal seals—is designed to function harmoniously within the hydrogen fuel cell ecosystem. This holistic approach ensures that our hydrogen fuel cell systems are not only high-performing but also reliable and durable, offering a sustainable and efficient energy solution for various applications, including electrolyzers and on-board vehicle fuel cells.
In addition to our thermal management solutions, Parker’s power electronics feature vibration isolators that protect sensitive electronic components from mechanical stress and vibrations, ensuring stable and efficient power conversion. This protection is vital for maintaining the longevity and performance of electronic systems within hydrogen fuel cells.
Parker’s cutting-edge technologies and products are paving the way for a cleaner, hydrogen-powered future. Whether in transportation, industrial, or energy sectors, our advanced solutions are driving the adoption of hydrogen fuel cells, contributing to a more sustainable and environmentally friendly energy landscape.
Visit our dedicated page to find out more about Parker's presence in Hydrogen solutions.