Method for realizing integral configuration of electric automation system

Abstract

The invention discloses a method for realizing integral configuration of an electric automation system. The method comprises the following steps of: performing modeling of an SCAD object and a communication manager object and configuration of an object example in a monitoring system; incorporating the communication manager as one equipment object in the monitoring system into the object configuration of the monitoring system, and generating a series of general XML-format communication manager configuration files; finally, after conformity detection, importing the arranged and generated configuration files into a configuration base of the communication manager through a network, and then completing the object database configuration of the communication management system. The invention can effectively lighten the work load of the engineering configuration of the station automation system, enhance the working efficiency of the system configuration, avoid the non-conformity configuration on the object parameters by the same equipment in the monitoring system and the communication management system, achieve the uniform object configuration of the whole automation monitoring system, and be also convenient for the engineering configuration and maintenance of the station automation monitoring system.

Description

technical field [0001] The invention relates to a technical method for the integrated configuration of an electric power automation system, in particular to a functional technology for the integrated configuration of an object database of the electric power automation system. The utility model belongs to the technical field of electric power automation. Background technique [0002] In the process of configuring object databases of electric power automation systems in substations, switching stations, power plants, etc., in order to realize the function of both local automatic monitoring and remote monitoring in different places, it is necessary to configure the automatic monitoring system locally The communication management machine is configured locally, and the SCADA data of the local data acquisition and monitoring system are processed by the communication management machine and then forwarded to realize the remote transmission and remote control functions. In order to re...

AI Technical Summary

Problems solved by technology

[0002] In the process of configuring object databases of electric power automation systems in substations, switching stations, power plants, etc., in order to realize the function of both local automatic monitoring and remote monitoring in different places, it is necessary to configure the automatic monitoring system locally The communication management machine is configured locally, and the SCADA data of the local data acquisition and monitoring system are processed by the communication management machine and then forwarded to realize the remote transmission and remote control functions. In order to realize the monitoring functions of the above two systems, the local automatic monitoring is first required The database configuration of the SCADA objects of the entire substation is carried out in the two systems of the communication management machine and the communication management machine, and the SCADA objects monitored by the two systems are almost the same. The traditional system configuration method is to carry out system The definition and configuration of the object database means that the SCADA objects of the entire substation need to be defined twice, which greatly increases the workload of system configuration, reduces the work efficiency of system configuration, and increases the definition of SCADA objects in the two systems. risk of inconsistency

Especially in the field with many SCADA objects, the definition of the same data objects for the two systems can no longer meet the requirements of the engineering configuration and intelligent configuration development of the entire automation monitoring system

Images