Method and system for public network meteorological data application to power grid disaster prevention and reduction

Abstract

The invention discloses a method for public network meteorological data application to power grid disaster prevention and reduction. The method comprises the following steps that step 1, public network meteorological data are collected by a public network meteorological monitoring collecting device and the collected public network meteorological data are sent to a data processing device; step 2, the received public network meteorological data are processed by the data processing device and the processed public network meteorological data are sent to a data collecting platform; step 3, the collecting platform combines the public network meteorological data with other service data and the data are integrated into a database in a power grid disaster prevention and reduction system; step 4, a relation is established between the database and the power grid disaster prevention and reduction service data and public network meteorological service information real-time display, power grid GIS location analysis and macroscopic meteorological condition statistic analysis are conducted. According to the method for public network meteorological data application to power gird disaster prevention and reduction, comprehensive analysis and display of the public network meteorological information are achieved, a power grid company is guided to respond to power grid disasters according to the weather development conditions, power repair and recovery are conducted in time, and safe, stable and orderly operation of a power grid is guaranteed.

Description

technical field [0001] The invention relates to the technical field of power grid disasters, in particular to a method and a system for applying public network meteorological data in power grid disaster prevention and mitigation. Background technique [0002] With the continuous deepening of the intelligent development of the State Grid, the large-scale construction of the UHV transmission network, and the impact of the macro-meteorological environment on the large-scale and high-efficiency power grid with large-scale networking and large-capacity as the standard are becoming more and more prominent. The power grid is facing an increasingly severe situation in response to natural disasters. It is necessary to carry out comprehensive disaster prevention of the power grid from various aspects and effectively improve the level of safe operation of the power grid. [0003] Under the current circumstances, simply obtaining macro-meteorological information artificially and judging...

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Problems solved by technology

[0003] Under the current circumstances, simply obtaining macro-meteorological information artificially and judging the impact of power grid operation environment corridors can no longer meet the needs of power grid disaster prevention. How to efficiently introduce macro-meteorological information in real time and monitor the impact of macro-meteorological information on power grid operation, such as combining real-time Public network meteorological data and power grid GIS information intuitively respond to meteorological conditions that may cause power grid disasters, such as providing early warning of disaster-affected power grid assets and affected power users and timely disposal, such as statistical analysis of regional frequent meteorological conditions and improving disaster prevention for power grids The level of disaster reduction and the stable operation of the power grid need to be solved urgently

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