A fuel cell sightseeing car

Abstract

The invention discloses a fuel cell sightseeing car, comprising: a sightseeing car body, a hydrogen fuel cell system and a control system, the hydrogen fuel cell system includes a hydrogen supply subsystem, a fuel cell engine, a radiator assembly and a lithium battery, and the fuel cell engine The hydrogen supply subsystem is equipped with a first safety monitoring module, the fuel cell engine is equipped with a second safety monitoring module, and the control system is equipped with a fault diagnosis and processing module , used to collect the field data of the first safety monitoring module and the second safety monitoring module, assess the fault level according to the field data and preset rating standards, and control the sightseeing car body and the hydrogen fuel cell system to deal with it according to the fault level. The invention can adapt to the low-temperature environment, has guaranteed mileage, is green and environment-friendly, and has guaranteed driving safety.

Description

technical field [0001] The invention relates to the technical field of development of clean energy sightseeing vehicles, in particular to a fuel cell sightseeing vehicle. Background technique [0002] With the development of the tourism industry, many scenic spots have firmly established the concept of green, ecological, and low-carbon in recent years. Many scenic spots, such as Jiuzhaigou, Changbai Mountain, Jade Dragon Snow Mountain, Wudang Mountain, Jinggang Mountain, Beijing Badaling, etc., have implemented closed management. The vehicle enters the scenic spot. Equipped with new energy sightseeing vehicles in this way has gradually become the best choice for tourist attraction management departments to solve problems such as transportation, environmental protection, and safety. At present, the common new energy sightseeing vehicles are pure electric sightseeing vehicles. This type of sightseeing vehicles has problems such as poor adaptability to low-temperature environm...

AI Technical Summary

Problems solved by technology

The application of proton exchange membrane fuel cells to sightseeing vehicles in mountainous environments is undoubtedly a better solution to the problems of existing electric sightseeing vehicles, such as poor adaptability to low temperature environments, long charging time, short driving range and difficulty in accurately estimating the mileage anxiety. Methods

[0004] At present, hydrogen is the most abundant and clean energy in the world, but its wide application is limited due to its own characteristics and the ability of the current level of technological development

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