Electromobile anti-fake shared power battery

Abstract

The invention discloses an electromobile anti-fake shared power battery, which comprises a hinge module and a power battery module, wherein a conductive device is arranged on the hinge module, and isconnected with the power battery module and the hinge module; the number of power battery modules connected simultaneously and a power supply cruising ability can be extended; the hinge module is alsoprovided with a battery pack confirmation scan code and a butt-joint installation hole or column; the power battery module is provided with a power battery identity scan code; the battery pack confirmation scan code and the battery pack confirmation scan code have an identity corresponding relation. The electromobile anti-fake shared power battery provided by the invention is linked in a hinge way and can be infinitely deformed and extended, the capacity of the battery is increased or decreased, the battery is convenient to install, the replacement efficiency of the battery is improved, the battery replacement time is shortened, data transmission can be realized through a communication function, an electromobile owner or a charging station is effectively prevented from replacing with inferior batteries arbitrarily and can only rent anti-fake batteries, and the electromobile purchasing cost is reduced.

Description

technical field [0001] The invention relates to a power battery, in particular to an electric vehicle anti-counterfeiting shared power battery. Background technique [0002] In the current development of the electric vehicle industry, compared with the current gasoline vehicles, the traditional charging method has a greater disadvantage because of the longer charging time. In order to quickly replenish power (electric energy) for electric vehicles, replace The battery mode has gradually become a mainstream solution for energy supplementation of electric vehicles due to its advantages of fast speed and high degree of mechanization. [0003] The electrical connectors currently on the market are generally composed of two corresponding pluggable electrical connector plugs and sockets; with the continuous development and progress of electric vehicles, the application of electrical connectors on electric vehicles is becoming more and more extensive. The main energy source of an e...

AI Technical Summary

Problems solved by technology

From the arrangement structure of the terminals, the signal terminals are located inside the high-current positive and negative terminals and the safety ground terminals, that is, the high-current positive and negative terminals and the safety ground terminals surround the periphery of the signal terminals. The problem with this structure is that the battery The positive pole and negative pole of the power line of the battery box are too close to the communication terminals of the signal terminal module, so that the large current passing through the positive pole and negative pole of the power line of the battery box will cause electromagnetic interference to the communication interfaces of the signal terminal

This makes the QR code difficult to scan

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