Intelligent battery system as well as tracing and failure method thereof

Abstract

The invention discloses an intelligent battery system as well as a tracing and failure method thereof. The intelligent battery system comprises a cloud server, a communication main control module, a control platform terminal, a positioning module, a power failure protection circuit module, a power supply module and a battery detection module. The communication main control module is connected withthe cloud server by virtue of a network; the control platform terminal can be logged in by virtue of a user account to access the cloud server, and an instruction can be issued; the positioning module receives a satellite signal and provides location information to the communication main control module; the power failure protection circuit module is connected with the communication main control module, the power failure protection circuit module receives the instruction of the communication main control module and can disconnect the output of the battery, so that the use of the battery is infailure; and the battery detection module is connected with the communication main control module and monitors the state information of the battery and uploads the state information to the cloud server. By adopting the intelligent battery system, the state information of the battery can be monitored and traced in real time, the battery can be recycled and can be prevented from being stolen, and the battery can be remotely operated to disconnect the output current after the battery is stolen, so that the battery is unavailable.

Description

technical field [0001] The invention relates to the technical field of batteries, in particular to an intelligent battery system and its tracking and failure methods. Background technique [0002] Under the guidance and promotion of national policies, the production and ownership of new energy vehicles continue to increase. However, with the explosive growth of new energy vehicles, the amount of scrapped power batteries is about to reach a small peak. How to dispose of these scrapped batteries has become a problem that cannot be underestimated. The China Automotive Technology and Research Center predicts that by 2020, the cumulative scrap volume of China's automotive power batteries will reach 120,000-170,000 tons. The average lifespan of new energy vehicle batteries is only 5 years, and the world is about to usher in a "baby boom" of "short-life" new energy vehicle batteries. However, China's waste battery recycling policy is still not perfect. If it is not upgraded in ti...

AI Technical Summary

Problems solved by technology

However, China's waste battery recycling policy is still not perfect. If it is not upgraded in time, it may become a battery recycling place and cause pollution.

[0003] In addition, the theft of power batteries of cars has become a common phenomenon, especially the batteries of electric vehicles are the most likely to be stolen. more serious

Usually, in order to prevent the battery from being stolen, a battery box lock can be installed on the electric vehicle itself, but the anti-theft effect is poor; for users who need to remove the battery for charging, a chain lock or an atomic lock can also be installed, but it is also not durable. Violent dismantling; there is also a way to install an alarm to indicate theft, but at the same time the false alarm rate is also high

Therefore, all there is certain defective in the anti-theft method of the power battery of car at present, also does not have an effective solution

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