Charging pile back-stage management system and method based on big data cloud computing

Abstract

The invention discloses a charging pile back-stage management system based on big data cloud computing. The system comprises a charging strategy initial unit, a charging information receiving unit, a vehicle information receiving unit, a charging strategy updating unit and a feedback unit, wherein the charging strategy initial unit is used for generating an initial charging strategy with battery charging curves, provided by chargeable car manufacturers, as original reference; the charging information receiving unit is used for receiving charging information uploaded by a user in real time and sending the charging information to the charging strategy updating unit; the vehicle information receiving unit is used for obtaining service life period and mileage information of licensed cars provided by the user after registering and sending the information to the charging strategy updating unit; the charging strategy updating unit is used for optimizing the initial charging strategy according to the charging information uploaded by the user in real time and the service life period and mileage information of the licensed cars to obtain an updated charging strategy; and the feedback unit is used for feeding the updated charging strategy back to the user, so that the user can conduct charging management according to the updated charging strategy. The invention further provides a charging pile back-stage management method based on big data cloud computing.

Description

technical field [0001] The invention relates to the technical field of charging management of charging piles, in particular to a cloud-based energy data collection system and method. Background technique [0002] The existing background system of the charging pile can only settle the charging business according to the data uploaded by the charging pile, and there is no analysis and mining of the charging pile data. Similarly, there is no data such as battery information provided by electric vehicle manufacturers, so it is impossible to formulate and distribute charging strategies for electric vehicles. It is also not possible to modify and customize the charging parameters of the charging pile. The entire charging operation is an open-loop operation without feedback, so the user's charging operation is likely to cause damage to the service life of the battery. Contents of the invention [0003] In view of this, the present invention proposes a charging pile background ma...

AI Technical Summary

Problems solved by technology

Similarly, there is no data such as battery information provided by electric vehicle manufacturers, and it is impossible to formulate and issue charging strategies for electric vehicles.

It is also not possible to modify and customize the charging parameters of the charging pile

The entire charging operation is an open-loop operation without feedback, so the user's charging operation is likely to cause damage to the service life of the battery

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