Power grid planning geographic information platform and manufacturing method therefor

Abstract

The invention discloses a power grid planning geographic information platform, and the platform comprises a platform control system and an information source system. The information source system provides data support for the platform control system, and the platform control system takes the Ovitalmap platform as the core, and is provided with the Google map platform and a CAD software system as assistance. The information source system includes a power grid information planning special tool and an information base, wherein the information base provides available information data for the powergrid information planning special tool. Moreover, the invention provides a manufacturing method for the power grid planning geographic information platform. The platform greatly improves the work efficiency, is low in construction cost, is low in maintenance cost, is convenient to maintain, is strong in information interaction capability, is high in precision, and is good in compatibility.

Description

technical field [0001] The invention relates to the technical field of grid planning and design, in particular to a grid planning geographic information platform and a manufacturing method thereof. Background technique [0002] For economic development, power comes first; for power grid development, planning comes first! [0003] Power grid planning is an important task to scientifically guide power grid construction, rationally arrange power grid construction projects, construction timing, and capital investment to meet the power demand of the national economy, ensure the safety, stability, and economic operation of the power grid in the future, and obtain the greatest economic and social benefits. Therefore, under the current environment of rapid development of the national economy and continuous acceleration of power distribution, power grid planning needs to be accurate and reliable, and the pressure to improve quality and efficiency is increasing. [0004] For a long t...

AI Technical Summary

Problems solved by technology

[0008] 1) Geographical wiring diagram of the power grid: all kinds of geographic information are not detailed, the accuracy of the base map is only at the township level, and the positioning of stations and lines is relatively rough;

[0009] 2) GIS map of the power grid: there is no topography and municipal planning information, and the update and maintenance are not convenient enough;

[0010] 3) Single-line map: the information source of the base map is lagging behind, and there is no road network and terrain information, so it is difficult to accurately locate the actual route of the line;

[0011] 4) Control system: the information is limited to the level of the station, and the location of the station and line cannot be viewed

[0012] In addition, apart from provincial units, there are basically no special planning tools for prefecture-level units

Units with special tools have outsourced systems, which are expensive and have high annual maintenance costs, and their own maintenance is limited. There are generally fewer types of supported maps and weak information interaction capabilities, especially None of them support municipal planning information and terrain information, and cannot be a good assistant for decision-making power grid planning

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