Intelligent matching method and system for power outage handling plans

Abstract

The invention provides an intelligent matching method and system for power outage handling plans. The method comprises the following steps of: establishing a plan library based on characteristic attributes of power outage events; and comparing the characteristic attributes of one power outage event with those of the plans in the plan library to obtain similarity S of the power outage event Cobject to the plan C by, and carrying out plan matching based on the similarity S. According to the method and the system, the power outage handling plans are established, managed and applied, a power outage handling plan matching rule model is established, and a search strategy with the sum of same characteristic weights serving as a similarity index is proposed, so that an accurate and comprehensive accident handling scheme is generated in an emergency condition, the risk and the blindness caused by the pure independence on experience are overcome, the prevention and the power outage handling efficiency are improved, the electric power casualty loss is reduced, the power utilization reliability and economic and social development are ensured, and thus the method and the system have important theoretical and practical significance.

Description

technical field [0001] The invention relates to the technical field of electric power systems, in particular to an intelligent matching method and system for a power outage disposal plan. Background technique [0002] As the political, economic, cultural center and transportation hub of a country or a certain region, a modern city is the gathering place of population, industry and social wealth. Urban power grid is the most basic municipal public facility in the city and the lifeline to ensure the normal order of the city. With the continuous improvement of the level of modernization, cities rely more and more on electricity. Safe and reliable power supply has become an important factor for urban stability. Because modern urban power supply generally has the characteristics of huge scale, complex structure, and extensive connections, various power emergency public events have the characteristics of multiple sources of disasters, multiple links involved, multiple secondary ...

AI Technical Summary

Problems solved by technology

However, at present, most power outage disposal plans are often formed on the basis of copying other plans and adding the subjective habits and experiences of the planners. There are two common problems: 1. Lack of scientific methods and theoretical support

The planning process lacks the guidance of scientific theory, and the color of subjective experience is strong

2. Lack of localization thinking

The formulation of the contingency plan cannot proceed from the actual problems to be solved in the contingency plan and the local environment.

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