Car networking system platform of electric automobiles based on micro services, and charging method of same

Abstract

The invention relates to the field of car networking and especially relates to a car networking system platform of electric automobiles based on micro services, and a charging method of the same. The system platform comprises a display layer, a service layer, a supporting layer, a storage layer and a protocol layer. The display layer provides a use window for a charging user; the service layer supports browsing and access of massive users by system application functions provided by the supporting layer; the supporting layer is a uniform platform of development of the different application functions of the system; the storage layer is used for storage and access of basic data of the system platform; the data of the storage layer is used to achieve data interactions between different applications through protocols on the protocol layer; and charging of the system platform is achieved by two methods including scanning of QR codes card swiping on a charging pile. According to the invention, through construction of the car networking platform on a cloud and cloud-oriented conversion of service capacities, multiple public capacity centers developed aiming development of the application services are established; and multiple application groups and ability open platforms of a charging service, a travelling service, a value-added service and a data service are established.

Description

technical field [0001] The invention relates to the field of Internet of Vehicles, in particular to a microservice-based electric vehicle Internet of Vehicles system platform and a charging method. Background technique [0002] The development and technical research of my country's Internet of Vehicles industry started relatively late. With the simultaneous introduction of GM's OnStar system and Japan's Toyota G-BOOK system in 2009, the development of my country's Internet of Vehicles has only officially started in the first year, and it is currently in the transition stage from the initial stage to the expansion stage. At present, domestic charging facility operation platforms mainly include charging operation service platforms such as "E charging network" and "electric pile network". These platforms build convenient and fast charging service operation networks in domestic new energy promotion cities and regions through self-built or cooperative models, and open up the ent...

AI Technical Summary

Problems solved by technology

The first is that the system is bulky, complex, and difficult to maintain; the second is that the functions are fixed and iterative upgrades are difficult; the third is that the structure is rigid and difficult to expand

In short, the system based on this architecture cannot meet the requirements of user experience and dynamic linear expansion of the system, it is difficult to upgrade, and the problem of slow system user response is particularly obvious

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