A battery rack for new energy vehicles

Abstract

The invention relates to the technical field of battery rack equipment, and discloses a battery rack for new energy vehicles, including a battery fixing frame, a trigger mechanism and a wire mechanism, and a set of trigger triggers are respectively arranged at the four corners of the top of the battery fixing frame. The trigger mechanism is fixedly sleeved with a wire mechanism inside, the bottom end of the conductive connecting plate is fixedly connected to one side of the top of the battery fixing frame, and the internal movable connecting plate is connected with a shearing sleeve. The battery material rack used for new energy vehicles, for the setting of the trigger mechanism and its upper structure, when the battery fixing frame is used to fix the high-performance battery in the cabin of the car, when the car is severely impacted by an accident The shearing sleeve will be cut off immediately to prevent the damaged wire from causing a short circuit of the high-performance battery and causing a fire, thereby effectively improving the safety and reliability of the new energy vehicle in the event of an accident.

Description

technical field [0001] The invention relates to the technical field of battery rack equipment, in particular to a battery rack for new energy vehicles. Background technique [0002] As the core power source of new energy electric vehicles, high-performance batteries can directly affect the transmission performance and endurance of the vehicle. During the installation process, high-performance batteries are fixed and installed in the vehicle cabin by means of battery racks. It can effectively prevent the car from shaking during violent driving. [0003] However, as a fast and convenient means of transportation, automobiles will inevitably have various accidents when driving on the road, especially collisions that occur at high speeds. The severe impact can easily cause accidents in the cabin of the automobile Deformation, which in turn leads to loosening or damage to the wires connected to the high-performance battery, and because the car cabin is mostly made of metal materi...

AI Technical Summary

Problems solved by technology

[0006] The invention provides a battery rack for new energy vehicles, which can automatically cut off the connection between the wire and the high-performance battery in the face of severe impact, and will not cause a short circuit or even cause a fire in the high-performance battery , Improve the safety and reliability of new energy electric vehicles in the process of driving, and solve the problem that automobiles, as a fast and convenient means of transportation, will inevitably have various accidents when driving on the road. Especially in collision accidents that occur at high speeds, the severe impact can easily cause deformation of the car cabin, which in turn leads to loosening or damage to the wires connected to the high-performance battery, and because the car cabin is mostly made of metal. It has good electrical conductivity, so that it is easy to come into contact with loose or damaged wires when it undergoes severe impact deformation, which will cause a short circuit of the high-performance battery and cause a fire, causing secondary damage to the car itself or the driver and passengers. secondary injury problem

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