Management method and system for self-service electricity selling terminal

Abstract

The invention provides a management method and a management system for a self-service electricity selling terminal. The management method comprises the steps that: a cloud platform receives an electricity utilization request from a first mobile client; the cloud platform transmits a second identity code corresponding to the self-service electricity selling terminal to the self-service electricity selling terminal; the cloud platform transmits a power-on instruction to the self-service electricity selling terminal when receiving code matching success information from the self-service electricity selling terminal; and the cloud platform transmits a power-off instruction to the self-service electricity selling terminal when receiving information indicating that real-time electricity utilization amount equals a preset charging amount or information indicating that real-time electricity utilization duration equals preset charging duration from the self-service electricity selling terminal, wherein the cloud platform communicates with the first mobile client based on an internet protocol, and the cloud platform communicates with the self-service electricity selling terminal based on the Internet-of-Things protocol. The management method and the management system reduce the operation and maintenance cost, facilitate the joint operation and large area popularization, increase the number of the self-service electricity selling terminals, improve the electricity utilization efficiency and satisfy the user's demand.

Description

technical field [0001] The present invention relates to the technical field of self-service electricity vending, in particular to a management method and system for self-service electricity vending terminals. Background technique [0002] There are some power supply products in existing public places (such as properties, residential areas, shopping malls, parks, railway stations, airports, etc.), such as charging piles for electric bicycles and electric vehicles, etc. These power supply products are independent of each other, and the operators need to go to the site regularly The maintenance of these devices requires high operation and maintenance costs, and most of them adopt the traditional manual charging or coin-operated charging mode. The cost management efficiency is low and the cost is high, which is not conducive to joint operations, so it cannot be widely used. [0003] At the same time, with the continuous improvement of user demand, more and denser power supply pr...

AI Technical Summary

Problems solved by technology

[0002] There are some power supply products in existing public places (such as properties, residential areas, shopping malls, parks, railway stations, airports, etc.), such as charging piles for electric bicycles and electric vehicles, etc. These power supply products are independent of each other, and the operators need to go to the site regularly The maintenance of these devices requires high operation and maintenance costs, and most of them adopt the traditional manual charging or coin-operated charging mode. The cost management efficiency is low and the cost is high, which is not conducive to joint operations, so it cannot be widely used.

[0003] At the same time, with the continuous improvement of user demand, more and denser power supply products are required in public places, which leads to the inability of the quantity and business model of power supply products to match the actual demand

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