Street lamp monitoring system with intelligent fault discrimination and intelligent fault analysis

Abstract

The invention relates to a street lamp monitoring system with intelligent fault discrimination and intelligent fault analysis and an operation method, the street lamp monitoring system comprises a software platform, a street lamp controller and an integrated controller, the software platform is provided with an intelligent alarm setting strategy parameter threshold of a street lamp, and an alarm scheme containing an action strategy can be generated; and the street lamp controller is installed on a street lamp, the centralized controller is installed in a power distribution cabinet, and the centralized controller is in communication connection with the street lamp controller. The street lamp controller and the centralized controller are provided with a street lamp real-time data acquisitionmodule used for acquiring various real-time data information of street lamps, the software platform generates an alarm scheme according to the real-time data information, and the centralized controller receives and executes the alarm scheme. And meanwhile, a street lamp controller action strategy related to the alarm scheme is forwarded to the street lamp controllers, so that each street lamp controller is controlled. The street lamp monitoring system provided by the invention has a user-defined intelligent alarm function, so that a user-defined alarm solution is realized.

Description

technical field [0001] The invention relates to the field of urban intelligent lighting, in particular to a street lamp monitoring system with intelligent fault screening and intelligent fault analysis, and an operation method of the street lamp monitoring system. Background technique [0002] With the continuous increase of city scale and the gradual improvement of urban standards, the demand for safety, intelligence and differentiation of urban road lighting is becoming stronger and stronger, which brings a huge workload to the management and maintenance of street lighting systems. [0003] At present, in the field of urban lighting, the alarms involved mainly adopt two methods: (1) most of them are actively reported by equipment, and displayed in the platform inventory; (2) some alarm platforms will also make simple logical judgments and trigger display, but they are written Dead, the user cannot customize the modification. [0004] Both of the above two traditional alar...

AI Technical Summary

Problems solved by technology

[0004] Both of the above two traditional alarm methods have problems such as strong limitations and low flexibility, and cannot meet the needs of personalized management, on-demand customization, and future new alarms

Moreover, when it comes to current, voltage and other limit alarms, the setting process of the traditional alarm method is cumbersome. It is necessary to manually calculate the reasonable value of each equipment circuit, and then fill in and send the threshold value to the equipment for comparison and judgment. The overall manual workload is large. and high error rate

It can be seen that relying solely on traditional lighting equipment to actively report to the police can no longer meet the management needs