Warning and analyzing method for power facility damage based on meteorological data

Abstract

The invention discloses a warning and analyzing method for power facility damage based on meteorological data, comprising the following steps: collecting meteorological, geological and hydrological information of an area where grid equipment is located in real time; matching the monitored meteorological, geological and hydrological data information with grid lines or the grid equipment and storing the monitored meteorological, geological and hydrological data information; extracting meteorological data, power facility data and facility damage historical data; setting a warning threshold, and carrying out warning for and evaluating and displaying major meteorological disasters in the area where the grid equipment is located; integrating the extracted data, and analyzing the probability of facility damage based on the data after integration; comparing the result of analysis with the warning threshold, and issuing a warning instruction if the result of power facility analysis exceeds the threshold; and allocating, deploying and commanding emergency personnel, emergency vehicles and emergency supplies online according to the warning content, the level of warning and the level of emergencies.

Description

technical field [0001] The invention relates to a method for early warning analysis of damage to power facilities based on meteorological data. Background technique [0002] In recent years, extreme weather such as rain, snow and freezing, typhoons, and strong convection have occurred frequently, causing serious harm and loss to power grid facilities. The demand for meteorological technical support such as real-time meteorological information, accurate and timely monitoring and early warning of various disasters in power grid operation, production and emergency response is also increasing, and it is urgent to improve the comprehensive monitoring and early warning capabilities of power grid disaster prevention and mitigation. [0003] In power-related emergencies, meteorological disasters are one of the main drivers of power facility failures. However, under the same meteorological conditions, the probability of damage to different power facilities is also different. Therefo...

AI Technical Summary

Problems solved by technology

[0007] (1) Power grid operation information and equipment status information cannot be displayed, monitored, analyzed, warned, and responded in real time

In particular, the comprehensive analysis ability and scientific processing technology for a large number of information need to be improved, and it is impossible to accurately and effectively predict and analyze the hidden dangers of the power grid and formulate plans

[0008] (2) Standardization and digitalization of emergency management is not high

The classification, level, impact, and content description terms of emergencies are not standardized. As a result, when emergency departments at all levels report emergencies, they lack clear guidance or templates, cannot be quickly retrieved and applied, and affect the efficiency of emergency handling. Facilitate the analysis and handling of emergencies in the later stage

[0009] (3) No access to social public information resources: such as transportation, meteorology, geology, water conservancy, municipal administration, public opinion media, etc., and no information exchange with government emergency departments and electricity supervision departments

[0010] (4) There is a lack of system support for monitoring, analysis, early warning, response, and post-disposal before emergencies occur, and corresponding system development is required

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