On-line monitoring system of building electrical equipment

Abstract

The invention discloses an on-line monitoring system of building electrical equipment. The on-line monitoring system of building electrical equipment includes a data acquisition module, an inspectionrobot module, a dangerous action identification module, a central processing unit, a prediction analysis module, an expert assessment module, an electric breaker, an identity data identification module and a man-machine interaction module. The on-line monitoring system of building electrical equipment can realize remote and omnibearing monitoring of electric power facilities and regulation and control of the surrounding environment of the electric power facilities, can realize storage of the monitoring data, is provided with a sensor working state monitoring function at the same time, and canrealize remote power off in emergency.

Description

technical field [0001] The invention relates to the field of power equipment monitoring, in particular to an online monitoring system for building electrical equipment. Background technique [0002] Existing building electrical equipment (terminal box, mechanism box, box transformer, ring network cabinet, etc.) due to its own structure, coupled with factors such as poor sealing, aging sealing strips, and irregular sealing, it is easy to make the inside of the equipment damp, Condensation, box corrosion, etc., can easily cause problems such as false protection signals, power supply short circuit, grounding, etc., causing many hidden dangers to the safe power supply of the electric line, and also bringing a lot of inconvenience to the substation operators. [0003] The application number is 201410170117.4, and the Chinese invention patent application publication number is CN103941784A discloses a distribution station environmental monitoring collection system. The monitoring ...

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Problems solved by technology

[0005] However, the existing monitoring system in the power industry has not integrated into big data technology, has no query and storage functions, and cannot provide users with real-time query and analysis of historical data

In addition, the monitoring parameters of the existing monitoring system are single, which cannot satisfy the all-round monitoring of electrical equipment, and cannot be detected in time when the sensor fails, which makes the entire system have a large loophole; all collected data are real-time Data needs to be evaluated and analyzed manually, and it is impossible to realize the predictive analysis of data development

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