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机构地区:[1]福州大学电气工程与自动化学院,福州350108 [2]福州市规划设计研究院,福州350000
出 处:《电气技术》2015年第5期22-25,共4页Electrical Engineering
基 金:国家高技术研究发展计划(863计划)(2013AA03A116)
摘 要:基于目前城市路灯照明系统存在的问题,本文采用LED路灯作为照明源,提出了主站使用GPRS通信、路灯节点使用Zig Bee通信的系统架构,分别对LED路灯终端、集中器和主站进行设计。系统采用的是CC2530芯片作为主要的控制芯片,外围电路可实现对LED路灯的电压、电流、照度等检测。LED路灯实时检测环境照度,并根据照度等级实现LED路灯照度的自动调节。经实践证明,该系统节能效果显著,极大地促进了路灯监控管理的现代化水平。Targeted at the problems existing in the urban street lighting system, this paper has chosen LED street lamp as the lighting source and proposed the framework in which the primary station uses GPRS communication and street lamp node uses Zig Bee communications. What is more, the LED street lamp terminal, concentrator and primary station are also designed accordingly. With CC2530 as the main control chip, this system is equipped with external circuit that is able to inspect the voltage, current and intensity of LED street lamp. On the basis of real-time inspection of environment temperature, this system can also realize the automatic adjustment of LED street lamp intensity according to lighting grade. It has been found that this system can not only achieve the great performance of energy conservation but also greatly promote the modern monitor of street lamp.
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