Whole vehicle arrangement structure of hydrogen fuel cell logistics medium truck

Abstract

The invention discloses a whole vehicle arrangement structure of a hydrogen fuel cell logistics medium truck. The structure comprises a vehicle frame and a cab, and a cargo compartment is arranged behind the cab. A hydrogen fuel cell system is arranged on the vehicle frame below the cab, a concave area is arranged below the front end of the cargo compartment to place a hydrogen storage system, andthe hydrogen storage system is arranged on the vehicle frame behind the cab through a frame. According to the whole vehicle arrangement structure of the hydrogen fuel cell logistics medium truck, through excellent arrangement and structure combination, an occupied cargo carrying space can be effectively reduced, a mass center of the whole vehicle is reduced, assembly and use convenience is improved through reasonable space arrangement, and the whole vehicle arrangement structure has high practicability and good application prospects.

Description

technical field [0001] The invention belongs to the technical field of automobiles, and more specifically relates to an arrangement structure of trucks in hydrogen fuel cell logistics. Background technique [0002] Hydrogen is currently a globally recognized carbon-free energy source with great potential for development. In order to rationally utilize hydrogen energy, a hydrogen fuel cell material-in-card layout structure is specially designed to make a reasonable layout of the entire vehicle to ensure the practicability and safety of the entire vehicle. , while abandoning the extended-range design and adopting a hybrid design to ensure the effective use of hydrogen fuel cell energy. [0003] Hydrogen is currently recognized globally as a carbon-free energy source with great potential for development. In order to make rational use of hydrogen energy, various vehicle companies and research institutions design various types of vehicles in the direction of hydrogen fuel cells. ...

AI Technical Summary

Problems solved by technology

[0003] Hydrogen is currently recognized globally as a carbon-free energy source with great potential for development. In order to make rational use of hydrogen energy, various vehicle companies and research institutions design various types of vehicles in the direction of hydrogen fuel cells. Among them, most of the products for logistics trucks are for the convenience of research and development. And the installation adopts the integral frame integrated structure, which integrates the hydrogen fuel cell system and accessories, the on-board hydrogen supply and storage system, and the heat dissipation unit into one frame, and installs the overall frame on the front of the cargo box at the rear of the cab. Seriously encroach on the loading space, reduce the economical efficiency of the vehicle, and at the same time make the center of mass of the vehicle higher, reduce the lateral stability of the vehicle, and reduce the safety

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