Collision processing method, device and equipment of fuel cell vehicle and storage medium

Abstract

The embodiment of the invention discloses a collision processing method and device for a fuel cell vehicle, equipment and a storage medium. The collision processing method of the fuel cell vehicle comprises the following steps: receiving a collision signal for prompting that the fuel cell vehicle is collided; determining a sensor setting position of a collision sensor which sends the collision signal, and determining a collision level corresponding to the collision signal based on the received collision signal; and determining a target processing mode of the fuel cell vehicle based on the sensor setting position and the collision grade. According to the technical scheme, the collision grade of the fuel cell vehicle can be determined through the collision signal, the collision severity of the fuel cell vehicle can be sensed, the collision position of the fuel cell vehicle can be determined through the sensor setting position of the collision sensor sending the collision signal, and the collision severity of the fuel cell vehicle can be sensed. The vehicle collision situation can be determined more accurately, and then collision can be coped with accurately.

Description

technical field [0001] Embodiments of the present invention relate to the technical field of fuel cell vehicles, and in particular, to a fuel cell vehicle collision processing method, device, equipment and storage medium. Background technique [0002] After a collision of a fuel cell vehicle, it is necessary to have the ability to continue driving when the collision is relatively light, and at the same time try to avoid engine shutdown, so that the performance of the stack is attenuated; and after a serious collision, it is necessary to consider personal safety and cut off hydrogen and power in time , so the required control strategy is relatively complex. [0003] At present, one solution to this problem is to process the collision prediction in advance. This method may have a great impact on the electric stack. Frequent switching on and off will accelerate the aging of various components and attenuate the performance of the engine. In related technologies, the fuel cell v...

AI Technical Summary

Problems solved by technology

[0002] After a collision of a fuel cell vehicle, it is necessary to have the ability to continue driving when the collision is relatively light, and at the same time try to avoid engine shutdown, so that the performance of the stack is attenuated; and after a serious collision, it is necessary to consider personal safety and cut off hydrogen and power in time , so the control strategy required is relatively complex

[0003] At present, one solution to this problem is to process the collision prediction in advance. This method may have a great impact on the electric stack. Frequent switching on and off will accelerate the aging of various components and attenuate the performance of the engine. Related technologies often deal with fuel cell vehicles in a single way after a fuel cell vehicle collision, and if they do not match the required treatment methods after a fuel cell vehicle collision, there is a risk of causing secondary damage to the fuel cell vehicle

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