Intelligent planning method of power grid equipment inspection line

Abstract

The invention provides an intelligent planning method of a power grid equipment inspection line. The intelligent planning method comprises the following steps: when a starting place and a destinationare in an urban area, directly providing an urban area inspection route; when the starting place is in the urban area and the destination is in a suburban area, dividing the route into two parts by asystem; providing the urban area inspection route for an urban area part and analyzing all recent historical navigation routes to obtain suburban area road network information for a suburban area part, so as to calculate an optimal route; combining the routes of the two parts to obtain a comprehensive navigation route; when the starting place and the destination are in the suburban area, analyzingall recent historical navigation routes which accord with the starting place and the destination by the system to obtain the suburban area road network information, so as to calculate an optimal navigation route. According to the intelligent planning method provided by the invention, intelligent route planning for navigation is carried out and the real-time route is recorded and a power grid lineis topologized; a power grid inspection task line is intelligently planned through topological query and analysis of a task space, and network map navigation and an navigation historical track can becombined to solve a data blind zone of network navigation and route optimization is carried out.

Description

technical field [0001] The invention relates to the technical field of power electronics information, in particular to an intelligent planning method for power grid equipment inspection lines. Background technique [0002] Using mobile devices with built-in Beidou / GPS to carry out inspection work is a relatively advanced technical means at present. The relevant information of the inspection target equipment is saved in the mobile device, and the inspector can consult the information of the target equipment, input the inspection records such as equipment defects into the mobile device, and use the GPS information to record the line trajectory of the inspection. After the inspection is completed, the device will import the inspection records to the computer through the interface for further analysis and processing. [0003] Because GIS has unique fast spatial positioning search, spatial analysis capabilities and complex query functions, effective graphics creation and visuali...

AI Technical Summary

Problems solved by technology

[0005] Due to the spatial distribution of grid equipment, some equipment is distributed in cities, and some grid equipment is distributed in mountains, fields, and rivers. However, the actual map information (such as Baidu map, Gaode map) often only contains main road information, which is not accurate. The information of the country road where the equipment is located, which causes the situation that it is impossible to navigate in the suburbs, resulting in missed inspections, wrong detections, etc., and whether it is impossible to navigate in the suburbs, which will affect the efficiency of inspections

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