9L Hydrogen tank
The carbon fiber hydrogen storage tank is mainly composed of a three-layer mixed material structure, including:
Inner liner: The innermost material is a plastic liner, which is used to seal the air and prevent direct contact with hydrogen gas, serving as a barrier against hydrogen gas.
Intermediate layer: This layer is a pressure resistant layer composed of carbon fiber reinforced polymer (CFRP), which has high compressive strength and lightweight characteristics. It is
composed of carbon fiber and epoxy resin, and the thickness of this layer is minimized as much as possible to improve hydrogen storage efficiency while ensuring the pressure resistance level.
Outer layer: The outer layer is usually made of glass fiber reinforced material, which has high impact resistance and further enhances the overall mechanical strength and safety.
The function of carbon fiber hydrogen storage tank is to:
High pressure gaseous hydrogen storage: By pressurizing hydrogen gas to 20MPa-80MPa, the storage and release of hydrogen gas can be achieved. This high-pressure hydrogen storage
method requires hydrogen storage containers to have extremely high pressure resistance and lightweight design.
Sealing and protection: The inner liner and intermediate layer work together to ensure that hydrogen gas will not leak in high-pressure environments and can effectively resist external impacts.
Extremely lightweight, reducing transportation burden
Strengthen the structure to ensure safety
High pressure, high energy density
Volume（L）:9
Metric outer diameter (mm):179
Metric length (mm):544
Work pressure/testing pressure (MPa):30/50
Metric weight (kg):5.4