Power grid dispatching emergency disposal integrated platform

Abstract

The invention relates to power grid dispatching emergency disposal techniques, and in particular to a power grid dispatching emergency disposal integrated platform. The platform comprises a power grid dispatching emergency disposal information integration platform and a power line fault monitoring terminal. The power grid dispatching emergency disposal information integration platform comprises a comprehensive disposal module, a risk management and control module, a fault disposal module, a knowledge base management module, an assessment management module and a communication module, and the knowledge base management module comprises a planning subsystem, a preparedness subsystem, a line-cruising subsystem, a short message subsystem, a filling and submitting subsystem and a multimedia dispatching subsystem. The power line fault monitoring terminal comprises a shell, a main control board, a power line fault prompter and a power line fault data collector.

Description

technical field [0001] The invention relates to power grid dispatching emergency disposal technology, in particular to an integrated platform for power grid dispatching emergency disposal. Background technique [0002] The security of the power system is related to the smooth development of the national economy and the safety of people's lives and property. At present, my country's power industry is in a period of rapid development. Various high-risk events and emergencies inside and outside the power system occur from time to time. The security of the power grid is always facing Serious threats. Although many research results have been achieved in the electrical safety operation of power systems, power systems exist in natural and social environments, and are inevitably challenged by extreme natural conditions and intentional or unintentional damage from social environments. or destroy. At the same time, power system disasters will also have a serious impact on the social en...

AI Technical Summary

Problems solved by technology

The dispatching automation system is specially used to manage and control the operation of the power grid, so it cannot serve as a platform for information communication in the event of a large-scale power outage

[0005] 2) Within the power system, the emergency command personnel notified the emergency repair personnel of the accident situation and issued operation and processing orders, lacking rapid information transmission and release means

[0006] 3) Lack of effective process monitoring, multi-means communication and emergency command measures to ensure the safety of power supply for important users

[0007] 4) The source of information is single, only the power grid operation status information, it is difficult to understand the changes in the power grid operation status and future development trends during the disposal process, and there is no emergency response such as staffing, equipment ledger, material reserves, important user resources, and geographic information required information, and does not have the emergency process management function

[0008] 5) For the impact of natural disasters on the power system, there is a lack of scientific and reasonable quantitative evaluation methods

However, the power line monitoring fault terminal is usually set outdoors, and works continuously for a long time, which is prone to generate a large amount of heat, resulting in damage to the power line monitoring fault terminal

The current power line monitoring fault terminal usually adopts ventilation holes on the casing for heat dissipation, but due to the limited size and number of ventilation holes, the heat dissipation effect is not good

At the same time, due to the changeable outdoor weather, wind and rain will cause damage to internal components and shorten the service life

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