Intelligent monitoring method, storage device, terminal and system of an electric power dispatching data network system

Abstract

The invention discloses an intelligent monitoring method for a power dispatching data network system, which includes: simultaneously monitoring the operating states of hardware devices of all routers and switches, the network communication states of all routers and switches, and the operating states of all wide-area links, When the above hardware device running status, network communication status and wide area link running status are abnormal, corresponding alarm information is output. The invention can comprehensively, accurately and efficiently monitor the operating state of equipment, and is suitable for power systems.

Description

technical field [0001] The invention relates to the technical field of electric power dispatching data network, in particular to an intelligent monitoring method, storage device, terminal and system of electric power dispatching data network system. Background technique [0002] The power dispatch data network is a network system used to transmit power grid automation information, dispatch command instructions, relay protection and safety automatic device control information. It is the foundation of power grid scheduling automation and management modernization, an important means to ensure the safety, stability and economic operation of the power grid, and an important infrastructure of the power system. Joint operation and guaranteeing the safe, economical, stable and reliable operation of the power grid have played an important role, and have effectively guaranteed power production, power dispatching, reservoir dispatching, fuel dispatching, relay protection, safety automa...

AI Technical Summary

Problems solved by technology

[0003] In most of the existing power dispatching data network monitoring systems, the method used is usually to directly collect the hardware operating parameters of the equipment, such as: CPU usage, memory usage, chassis temperature, running time, fan / power supply / board card Use status, etc., when the collected parameters exceed the threshold range, an alarm will be issued; this method is relatively simple, and cannot comprehensively and accurately measure the operating status of the equipment

When monitoring the network operation status of the equipment, the existing methods usually use protocols such as SNMP to detect whether the network communication of the equipment is normal. It makes up for some hardware defects from the network aspect, but the efficiency of fault detection is low. Since offline troubleshooting depends to a certain extent on the work experience and subjective initiative of relevant personnel, the accuracy of the final troubleshooting results is also low.

In addition, in the existing monitoring methods, the waste of system resources and low efficiency of effective work caused by a large amount of meaningless data calculation are common problems

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