HQHP, a leader in clean energy solutions, unveils its latest innovation, the Small Mobile Metal Hydride Hydrogen Storage Cylinder. This product marks a significant advancement in hydrogen storage technology, catering to a wide range of applications, from electric vehicles to portable instruments.
Product Overview:
High-Performance Hydrogen Storage Alloy:
The storage cylinder utilizes a high-performance hydrogen storage alloy as its medium. This material enables the reversible absorption and release of hydrogen at specific temperature and pressure conditions, ensuring optimal functionality.
Versatile Applications:
Designed for electric vehicles, mopeds, tricycles, and other equipment powered by low-power hydrogen fuel cells, this storage cylinder addresses the growing demand for efficient and compact hydrogen storage solutions. Additionally, it serves as a reliable hydrogen source for portable instruments like gas chromatographs, hydrogen atomic clocks, and gas analyzers.
Key Specifications:
Inner Volume and Tank Sizes: The product is available in various sizes, including 0.5L, 0.7L, 1L, and 2L, with corresponding dimensions catering to diverse applications.
Tank Material: Constructed from lightweight and durable aluminum alloy, the tank ensures both structural integrity and portability.
Operating Temperature Range: The cylinder operates effectively within a temperature range of 5-50°C, making it suitable for a variety of environmental conditions.
Hydrogen Storage Pressure: With a storage pressure of ≤5 MPa, the cylinder provides a safe and controlled environment for hydrogen storage.
Hydrogen Filling Time: The quick filling time of ≤20 minutes at 25°C enhances the efficiency of hydrogen replenishment.
Total Mass and Hydrogen Storage Capacity: The product’s lightweight design results in a total mass ranging from ~3.3 kg to ~9 kg, while offering substantial hydrogen storage capacities from ≥25 g to ≥110 g.
HQHP’s Small Mobile Metal Hydride Hydrogen Storage Cylinder signifies a major stride in advancing clean energy solutions. Its adaptability, efficiency, and safety features position it as a key player in the transition toward sustainable and eco-friendly energy alternatives.
Post time: Dec-07-2023
