Intelligent lamp post illumination control method and system based on ubiquitous perception

Abstract

The invention relates to an intelligent lamp post illumination control method and system based on ubiquitous perception. The method comprises the steps that S1, an edge gateway judges the control timeperiod of an intelligent lamp post according to a time point and a preset time period division value; S2, in a morning and evening control period, the intelligent lamp pole is controlled to compensate the ambient light by adopting an illumination linear compensation method; S3, whether the intelligent lamp post is in a late night control time period or not is judged; and S4, in a daytime controlperiod, the edge gateway controls the intelligent lamp pole to output no brightness. The system comprises an intelligent lamp post, an edge gateway and a cloud server. Compared with the prior art, real-time response, interaction and cooperation of the terminal equipment are enhanced, cloud computing pressure and communication time consumption are reduced, refined lighting control is achieved, andmeaningless energy consumption is effectively reduced.

Description

technical field [0001] The present invention relates to the field of smart lighting, in particular to a method and system for controlling lighting of smart light poles based on ubiquitous perception. Background technique [0002] As urban municipal infrastructure, street lights have the characteristics of large base, wide distribution, and high utilization rate. However, the traditional light pole itself is a mechanical device with only a single lighting function, and there is no intelligent and networked design, which leads to the existence of traditional lighting methods. All kinds of problems. One is that the manual control method has large errors, low uniformity, and poor emergency response capability, which makes it difficult to meet the lighting needs of modern cities; the other is that the level of informatization is low, and the operation and management model is backward, resulting in difficult monitoring, difficult maintenance or heavy workload ; The third is that ...

AI Technical Summary

Problems solved by technology

However, the lighting control strategy still adopts traditional methods such as simple light control and time control, and many areas still adopt the lighting strategy of single constant illumination for night lights, which cannot be "calculated" in terms of electricity consumption, resulting in unnecessary waste

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