Remote street lamp energy saving control device based on ZigBee

Abstract

The invention discloses a remote street lamp energy saving control device based on ZigBee, which is characterized in that the device comprises a centralized controller, and a remote control platform and single-lamp control nodes which are connected with the centralized controller through a network; and the centralized controller comprises a ZigBee coordinator module, and a GSM module, a WIFI module and a light intensity sensor which are connected with the ZigBee coordinator module. The device has the advantages of easy installation, low cost, low power consumption, strong stability and simple operation, and is environment-friendly and practical.

Description

technical field [0001] The invention relates to street lamp control technology, in particular to a remote street lamp energy-saving control device based on ZigBee. Background technique [0002] Street lamps are indispensable public lighting equipment in people's daily life, but at present, the traditional street lamp control methods mainly fall into three categories: 1. Manual intervention; 2. Time control; 3. DDS independent control; However, the problems of difficult maintenance and serious waste of electric energy cannot be avoided. DDS independent control is expensive, and large-scale and long-distance street lamp cable wiring greatly increases the cost and power loss. With the popularization of solar energy, Solar street lights have gradually become the mainstream, but there is still a lack of perfect management solutions and insufficient energy utilization. In recent years, ZigBee technology has become increasingly mature, and it is widely used in control because of it...

AI Technical Summary

Problems solved by technology

[0002] Street lamps are indispensable public lighting equipment in people's daily life, but the traditional street lamp control methods are mainly divided into three categories: 1. Manual intervention; 2. Time control; 3. DDS independent control; the more advanced ones are time control and light control. However, the problems of difficult maintenance and serious waste of electric energy cannot be avoided. DDS independent control is expensive, and large-scale and long-distance street lamp cable wiring greatly increases the cost and power loss. With the popularization of solar energy, Solar street lights have gradually become the mainstream, but there is still a lack of perfect management solutions and insufficient energy utilization. In recent years, ZigBee technology has become increasingly mature, and it is widely used in control and monitoring fields, but ZigBee network transmission distance is limited, it is difficult to achieve remote control

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