Mobile hydrogenation vehicle

Abstract

The invention discloses a mobile hydrogenation vehicle which comprises a plurality of hydrogen storage tanks and empty tanks which are communicated with one another, the hydrogen storage tanks and the empty tanks are in on-off connection through electromagnetic valves, gas storage tank safety protection covers are assembled on the outer sides of the hydrogen storage tanks and the empty tanks in a lifting mode through air cylinders, and a displayer is installed in the middle of the back face of a rear baffle of the hydrogenation vehicle. A distance sensor is installed at the bottom of the displayer, a camera is installed at the top of the displayer, reflective films are pasted to the two sides of the rear baffle and the two sides of the gas storage tank safety protection cover, and a loudspeaker is further installed on the back face of the rear baffle. The hydrogenation vehicle is provided with a plurality of hydrogenation tanks and empty tanks, the risk that a large amount of hydrogen leaks due to the fact that the tank bodies are damaged can be reduced, the tank bodies are protected through the protective covers, the tank bodies and the distance sensors are not prone to being damaged by external stones or other vehicles, the distance between the two sides and the rear vehicle can be detected, and when the distance exceeds the safety distance, an alarm is generated to remind a driver to keep a safe distance, so that the vehicle body is protected from rear-end collision and side collision.

Description

Technical field: [0001] The invention belongs to the technical field of special gas transportation, in particular to a mobile hydrogenation vehicle. Background technique: [0002] In today's world, hydrogen energy is recognized as a clean energy, and it is emerging as a low-carbon and zero-carbon energy. In recent years, my country, the United States, Japan, Canada, the European Union, etc. have formulated hydrogen energy development plans, and currently my country has made many progresses in the field of hydrogen energy. Fuel cells are also due to their high efficiency, low pollution, and energy security. In recent years, it has been widely valued by various governments, major companies and various research institutions, and has shown broad application prospects in many fields. Hydrogen is widely used and can be used in automobiles to reduce emission pollution. Hydrogen is generally transported by hydrogen refueling vehicles to transport hydrogen to various hydrogen refueli...

AI Technical Summary

Problems solved by technology

Hydrogen is widely used and can be used in automobiles to reduce emission pollution. Hydrogen is generally transported by hydrogen refueling vehicles to transport hydrogen to various hydrogen refueling stations. However, the existing hydrogen refueling vehicles have relatively single functions, poor flexibility, and safety. The performance is poor, and a large tank is often used to store hydrogen inside. When any part of the tank is damaged, it is easy to cause the leakage of the entire hydrogen, and the existing hydrogen refueling vehicles do not use protective equipment. During the transportation process, cannot Keep the rear car at a certain safe distance. When a car accident occurs, the hydrogen refueling tank cannot be protected from damage. When a single tank leaks, the hydrogen cannot be quickly transferred to reduce losses.

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