Application service system for monitoring power charging-exchanging station and interprocess communication method

Abstract

The invention relates to an application service system for monitoring a power charging-exchanging station and an interprocess communication method. The system comprises a service request end, a service supply end and an application service bus, wherein the service request end is used for putting forward a service request from the application service bus; the service supply end is used for supplying service corresponding to the service request sent from the application service bus; the application service bus is used for managing the application service, interaction and processing of information, and monitoring the operation conditions of each node and conducting corresponding control; and the service request end and the service supply end are respectively in communication connection with the application service bus through a service bus adaptor and a bus standard interface. The application service system realizes plug and play to various components conforming to soft bus interface standards and is easy for integration and customization of a large-scale software system; the standardization of component interfaces gives rise to hardware or industrialization of production, therefore the production efficiency is increased; and redundancy deployment of double application service buses is adopted, the performance bottleneck of single bus load is broken through, single-point failures are overcome and the applicability of the system is enhanced.

Description

technical field [0001] The invention belongs to the technical field of inter-process communication in a distributed real-time system, and relates to an application service system and an inter-process communication method for charging and swapping station monitoring. Background technique [0002] The invention belongs to the technical field of inter-process communication in a distributed real-time system, and relates to an application service system and an inter-process communication method for charging and swapping station monitoring. Background technique [0003] In order to promote the development of the electric vehicle industry, it is necessary to uniformly monitor the charging and swapping facilities through modern technical means and management methods, realize the automation of the management and control of charging and swapping facilities, and build a complete, safe and efficient charging and swapping monitoring system. The monitoring of electric vehicle charging f...

AI Technical Summary

Problems solved by technology

[0014] The purpose of the present invention is to provide an inter-process communication method for the application service system of the chargi

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