Non-inductive charging pile transaction visual management system based on computer vision and CIM

Abstract

The invention discloses a non-inductive charging pile transaction visual management system based on computer vision and CIM. The system realizes charging pile visual management based on a charging pile city information model and comprises a sensing subsystem, a charging preparation subsystem, an electronic commerce subsystem and a visual management subsystem. The sensing subsystem is used for sensing vehicle information; the charging preparation subsystem is used for performing charging preparation based on the parking area calibration and user permission approval result when the vehicle enters the view field of the camera; the electronic commerce subsystem is used for charging service billing and fee payment; and the visual management subsystem is used for displaying the occupancy state of the charging pile in the region and is convenient for the administrator to supervise. With application of the system, automatic starting, billing, fee deduction and other operations of the chargingpile can be realized in a parking lot charging scene, the operation process is simplified, the equipment maintenance cost is low, remote charging can be realized and centralized management is facilitated.

Description

technical field [0001] The invention relates to the fields of city information model CIM, e-commerce and computer vision, in particular to a non-inductive charging pile transaction visualization management system based on computer vision and CIM. Background technique [0002] In recent years, new energy vehicles with green, low-carbon and high-efficiency characteristics have emerged as the times require. With the development of technology, various types of new energy trams emerge in an endless stream. The emergence of new energy vehicles reduces the emission of greenhouse gases in vehicle exhaust, which is conducive to protecting the ecological environment on which human beings depend. New energy vehicles use electric energy as energy, so a large number of charging piles are needed as energy supplements. [0003] At present, the charging pile uses the logic of "gas station type" one-time transaction. The charging pile needs a QR code, or NFC and other display verification d...

AI Technical Summary

Problems solved by technology

[0003] At present, the charging pile uses the logic of "gas station type" one-time transaction. The charging pile needs a QR code, or NFC and other display verification devices. This kind of device is vulnerable to malicious damage. When the display and verification device is damaged, the charging pile cannot use, while using the process is too cumbersome

When the one-time transaction logic is used, the user must first pay the fee at one time, and the user drives away due to a temporary power outage.

[0004] The distribution of charging piles is relatively scattered, and the charging pile company cannot monitor and manage the charging piles intuitively, which is not only difficult to maintain, but also has certain hidden safety hazards

[0005] Therefore, the existing charging pile transaction management technology has problems such as cumbersome procedures, high equipment maintenance costs, inability to realize off-site charging, and lack of centralized management.

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