Intelligent illuminating control system based on distributed control

Abstract

The invention discloses an intelligent illuminating control system based on distributed control, comprising a perceiving layer, a transmission layer and an application layer and further comprising a control center, wherein the control center is provided with at least one input end and at least one output end; a transmission layer communication network further comprises a first communication network and a second communication network; the perceiving layer uploads data to the control center by virtue of the first communication network; and the control center carries out analysis and operation according to the received data and sends instructions to light control units at corresponding target addresses on the application layer through the second communication network. By utilizing the intelligent illuminating control system, the switching-on and switching-off as well as brightness of a target streetlamp are controlled intelligently and dynamically. The intelligent illuminating control system has the advantages that centralized control and graded management are achieved, the allocation is flexible, the configuration is convenient and the like.

Description

[technical field] [0001] The invention relates to an intelligent lighting control system, in particular to an intelligent lighting control system based on distributed control, which realizes real-time intelligent control of objects. [technical background] [0002] The more traditional lighting control method generally adopts sequential control or intelligent control according to the brightness of the environment, but it is inevitable to use a full-brightness or full-dark mode in an area, which cannot realize follow-up intelligent dimming. The more advanced road intelligent lighting system By sensing the passage of vehicles or pedestrians, turning on lighting fixtures or increasing the brightness of the light source in the adjacent area, the follow-up intelligent dimming of the lighting system is realized. However, this method is a timely processing method, and the information cannot be fed back in time, which is inconvenient. Human-computer interaction and monitoring and man...

AI Technical Summary

Problems solved by technology

[0002] The more traditional lighting control method generally adopts sequential control or intelligent control according to the brightness of the environment, but it is inevitable to use a full-brightness or full-dark mode in an area, which cannot realize follow-up intelligent dimming. The more advanced road intelligent lighting system By sensing the passage of vehicles or pedestrians, turning on lighting fixtures or increasing the brightness of the light source in the adjacent area, the follow-up intelligent dimming of the lighting system is realized. However, this method is a timely processing method, and the information cannot be fed back in time, which is inconvenient. Human-computer interaction and monitoring and management are not convenient for timely fault detection and reporting. Therefore, developing a distributed control system has high application value

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