Intelligent operation and maintenance system of electric equipment

Abstract

The invention provides an intelligent operation and maintenance system of electric equipment. The intelligent operation and maintenance system is characterized by comprising an encoding module, a communication identification port, a communication protocol analysis module and a cloud acquisition server, wherein the cloud acquisition server is used for performing collecting, analyzing, processing and calculating on the received classification data according to the coding rule and the incremental coding rule, monitoring whether a set threshold value is exceeded or not, if the set threshold valueis exceeded, sending an alarm to a monitoring terminal, if it is detected that repeated alarm exists in the next period, delaying the current alarm through a data cleaning module, and if the set threshold value is not exceeded, transferring the calculated data to a big data database and a service database; and a background service server calls the big data database and the service database and thealarm data to perform background maintenance. According to the method, equipment and non-equipment are coded through the coding module, classification is achieved according to the coding rule, the transmission ports can be automatically recognized through different codes, the data can be automatically classified, and the error probability is greatly reduced.

Description

technical field [0001] The invention relates to the technical field of power equipment operation and maintenance, in particular to an electric power equipment intelligent operation and maintenance system. Background technique [0002] The monitoring of power equipment is the main means to ensure the operation of power. Traditional power equipment monitoring collects auxiliary instrument data set on the power equipment, and monitors whether there is a failure based on the auxiliary instrument data. This method cannot monitor some data of the equipment itself. parameters, so the existing monitoring adopts the combination of equipment monitoring and non-equipment monitoring. Although this method can comprehensively collect the equipment itself and environmental parameters, etc., it uses different ports for transmission, and the on-site wiring is complicated. Data processing is complex and prone to errors. Contents of the invention [0003] In view of this, the main purpose o...

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Problems solved by technology

[0002] The monitoring of power equipment is the main means to ensure the operation of power. Traditional power equipment monitoring collects auxiliary instrument data set on the power equipment, and monitors whether there is a failure based on the auxiliary instrument data. This method cannot monitor some data of the equipment itself. parameters, so the existing monitoring adopts the combination of equipment monitoring and non-equipment monitoring. Although this method can comprehensively collect the equipment itself and environmental parameters, etc., it uses different ports for transmission, and the on-site wiring is complicated. Data processing is complex and error-prone

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