A fuel container for a fuel cell
A fuel container and fuel cell technology, applied in the direction of fuel cells, fuel cell components, electrochemical generators, etc., can solve the problems of large volume, complex interface, and cannot meet the complex and changeable application requirements of portable fuel cell mobile power sources, etc. problem, to achieve the effect of convenient portability, convenient fuel addition, and convenient capacity expansion
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Embodiment 1
[0021] A fuel container for a fuel cell, such as figure 1 As shown, it includes 4 fuel tanks and 1 fuel tank connector; the bottom of the fuel tank is provided with a fuel tank connector interface, and the fuel tank connector is a container with 7 interfaces, which is set in the upper part of the fuel tank There are atmospheric communication holes; the four fuel tanks are serially sealed and detachable connected through three fuel tank connectors, at least one of the four fuel tanks is connected to the fuel cell stack fuel inlet through a fuel tank connector Pass. The volume of the 4 fuel tanks is 250-2000mL, using the same joint specification, the volumes can be the same or different. The fuel tank is connected to a fuel tank connector through a quick-plug connector, so fuel filling and replacement are quick and easy. The quick plug interface is airtight when no fuel tank is inserted.
Embodiment 2
[0023] A fuel container for a fuel cell, such as figure 2 As shown, it includes 4 fuel tanks and 3 fuel tank connectors; the bottom of the fuel tank is provided with a fuel tank connector interface, and the fuel tank connector is a container with 2 interfaces, which is set in the upper middle of the fuel tank There are atmospheric communication holes; the four fuel tanks are serially sealed and detachable connected through three fuel tank connectors, at least one of the four fuel tanks is connected to the fuel cell stack fuel inlet through a fuel tank connector Pass. The volume of the 4 fuel tanks is 250-2000mL, and the volumes can be the same or different. The fuel tank connector is a flexible connection, and the fuel tanks can be arranged in a "star shape", "tooth shape" or other various forms according to the fuel storage space.
Embodiment 3
[0025] A fuel container for a fuel cell, such as image 3 As shown, it includes 4 fuel tanks and 3 fuel tank connectors; the bottom of the fuel tank is provided with a fuel tank connector interface, and the fuel tank connector is a container with 2 interfaces, in each fuel tank The upper part is provided with an atmospheric communication hole, and there is a waterproof and breathable film barrier between the atmospheric communication hole and the outside world; the four fuel tanks are sealed and bonded in series through three fuel tank connectors, and two of the four fuel tanks Each of them communicates with the fuel cell stack fuel inlet through a fuel tank connector. The volume of the 4 fuel tanks is 250-2000mL, and the volumes can be the same or different. The fuel tank connector is a flexible connection, and the fuel tanks can be arranged in a "star shape", "tooth shape" or other various forms according to the fuel storage space.
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