Background Power Distribution Monitoring System Based on Google Earth

Abstract

The invention relates to a background power distribution monitoring system based on Google Earth, in particular to a monitoring system suitable for power generation, power transformation or distribution stations. Including the pre-service layer, access layer, application management layer, storage layer and interface layer connected in sequence; the operation of the desktop client on the data information of the core business database, including the addition, modification and deletion of data information, including 1) in Mark the primitives on the base map, and name the image according to the geographical shape; 2) Mark the type of the base layer, and save the corresponding longitude and latitude values ​​at the same time; 3) Open the primitive editor to further carry out the corresponding base layer Detailed description; 4) Mark different types of lines, draw primitives, and save them at last; 5) Set parameters for drawn primitives and save them; 6) Record faults or defects of primitives in step 5), and upload faults or defect photo, save.

Description

technical field [0001] The invention relates to a background power distribution monitoring system based on Google Earth, in particular to a monitoring system suitable for power generation, power transformation or distribution stations. Background technique [0002] At present, most design institutes in China adopt traditional transmission line selection methods, which mainly rely on 1:5000 or 1:10000 paper topographic maps or CAD drawings purchased by design institutes. This kind of map is often too old to accurately display the geographical state. There are regulations on the size of the map, and it is presented in 2D, which has visual limitations and is not conducive to designers to quickly and accurately select lines on the map. [0003] With the development of science and technology, some design institutes will use satellite maps for auxiliary line selection, and use GoogleEarth for secondary development, such as the technical solution disclosed in patent publication num...

AI Technical Summary

Problems solved by technology

This kind of map is often too old and cannot accurately display the geographical state. There are regulations on the size of the map, and it is presented in 2D, which has visual limitations and is not conducive to designers to quickly and accurately select lines on the map.

[0003] With the development of science and technology, some design institutes will use satellite maps for auxiliary line selection, and use GoogleEarth for secondary development, such as the technical solution disclosed in patent publication number CN103996991A, based on Google maps, the advanced satellite map system contains GPS The combination of mobile terminals with various functions enables it to realize auxiliary design functions such as station building, tower erection, connection, distance measurement, and sharing. cost; however, this method cannot enable the background management personnel to clearly view the fault location, and cannot output the exact location of the fault location photos in time, and cannot achieve comprehensive monitoring of the system

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