Information table template based closed-loop automatic interaction model information table design method

Abstract

The invention relates to an information table template based closed-loop automatic interaction model information table design method. The method includes: reserving only one path identification during the automatic conversion process of intelligent substation models and generating mRID identification; screening measuring points in an intelligent substation according to an information table template; according to screening results and point number generation rules, generating an information point table; the intelligent substation analyzing the information point table and mapping the point number to information collecting points in the intelligent substation; the intelligent substation completing remote gateway configuration. Rapidness, flexibility and accuracy of intelligent grid data interaction are guaranteed by adopting the information table template technology and the unique identification technology, serious of operations of automatic generation, automatic issuing, automatic updating and the like of the model information point table between the intelligent substation and an intelligent control system are realized, the whole process of operations of modeling, point selecting, point countering and the like are not involved with personnel, and rapid access and information transmission of the intelligent substation are guaranteed.

Description

Technical field [0001] The invention relates to a computer application method in the field of electrical automation, in particular to a design method for closed-loop automatic interaction of model information tables based on information table templates. Background technique [0002] With the rapid development of smart grids, a large number of smart devices are connected to the power grid. In the existing smart grid technical support systems, there is a widespread problem of configuration difficulties. Take the smart grid dispatching control system as an example. When the smart grid dispatching control system is connected to a smart substation, it takes a lot of manpower to configure and check relevant interactive information, and carry out point-by-point configuration and point-by-point testing. In a substation, it is dispatched by multiple levels. During co-management, each dispatcher will have to perform a similar debugging process separately, and these configuration tasks must...

AI Technical Summary

Problems solved by technology

All these tasks have caused a huge waste of resources, personnel and time, and because of the differences in the hardware environment and personnel configuration of each control center, this process is prone to errors. As a result, the maintenance of the entire system cannot meet the requirements of the rapid development of the power grid. Coordinated development of smart grid technology support system

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