Automated platform for quick battery replacement of electric automobile and monitoring billing system of platform

Abstract

The invention provides an automated platform for quick battery replacement of an electric automobile and a monitoring billing system of the platform. The platform includes a battery module, a batteryreplacement controller, an automated positioning module, a first walking module, a circular charging turntable module and a second walking module. The battery module comprises a standardized battery accommodating bin and electric automobile batteries, wherein the distance between the battery accommodating bin and the central axes of front tires of the electric automobile is fixed; the battery replacement controller is arranged slidably and used for controlling the electric automobile batteries to be stably conveyed between the battery accommodating bin and the circular charging turntable; theautomated positioning module comprises a positioning pull rod module, wherein the positioning pull rod module is used for achieving automated positioning of the butt joint of the battery replacement controller and the battery accommodating bin in the front-rear direction, the transverse direction and the vertical direction; the first walking module comprises a first transmission module and a firstconveyor belt. According to the platform, quick battery replacement of a large number of electric automobiles can be achieved, the price is calculated according to the difference between the electricity quantity before battery replacement and the electricity quantity after the battery replacement, charges are reasonable, and meanwhile, an internet of things monitoring system is adopted and can trace the batteries, guide battery replacement and carry out interaction on the basis of internet of things.

Description

technical field [0001] The present invention relates to electric vehicle battery replacement facilities, in particular to an automated platform that standardizes battery storage bins and batteries, adopts an automatic positioning module, adopts a recyclable charging turntable, adopts a three-dimensional stacked replacement station, and can realize rapid replacement and charging of a large number of electric vehicles. And its monitoring and billing system. Background technique [0002] Today is an era of highly developed technology and economy. People's pursuit of material life and spiritual life is getting higher and higher. As a popular means of transportation, people pay attention to its performance while its environmental performance is also put on the agenda. Automobile, as a kind of zero-emission vehicle, has been paid more and more attention, and then widely promoted. [0003] Although the current electric vehicles have a good development momentum, there are still som...

AI Technical Summary

Problems solved by technology

[0004] 1. After a single full charge of electric vehicles, the cruising range is short. In view of this situation, on the one hand, the solution is to increase the battery capacity. Charging channels, but currently electric vehicle charging and battery replacement are quite inconvenient;

[0005] 2. The charging time of electric vehicles is long. At present, most electric vehicles adopt the direct charging method, that is, directly charge the on-board battery without replacing the battery. Due to the relatively large capacity of the battery of the electric vehicle, the charging time of the electric vehicle is long, which delays people and Car time, quite inconvenient;

[0006] 3. The battery position and battery size of electric vehicles lack a unified standard, and it is inconvenient to replace the battery in a mechanized way;

[0007] 4. When the current electric vehicle battery replacement device is aligned with the battery compartment of the electric vehicle, due to the lack of an automated positioning mechanism, it is necessary to operate the electric vehicle battery replacement device for up-and-down, left-right, front-to-back calibration, so it is cumbersome and time-consuming;

[0008] 5. Electric vehicles are charged on a horizontal platform, resulting in a large urban area, inconvenient vehicle entry and exit, few workstations, and unsmooth operation. It is not convenient for multiple electric vehicles to enter and exit for quick battery replacement;

[0009] 6. Most electric vehicle battery replacement devices adopt a unified charge, which cannot be priced according to the power difference before and after the battery change, and reasonable charges have not been realized;

[0010] Lack of a comprehensive management platform for electric vehicles, the battery of electric vehicles cannot be tracked, and when electric vehicles need to be replaced, they cannot be reminded in time and reasonably guided to the most convenient replacement station, and they cannot interact based on the Internet of Things

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