基于物联网的智能路灯管理系统的设计与实现

发布时间：2018-05-27 17:23

本文选题：ZigBee + 路灯监控　；参考：《沈阳师范大学》2017年硕士论文

【摘要】：随着城市建设步伐的加快和社会经济的快速发展,城市对道路照明设备的需求越来越大,传统的照明设备易造成能源的浪费,然而风光互补LED路灯系统的普及和推广可以很好的规避这一问题。但另一方面,传统的路灯控制采用的是光控或者人工控制,这种控制方式不稳定而且繁琐,给生活中带来诸多不便。近些年来,Zigbee技术发展迅速,被设计者大量使用在嵌入式系统中。特别是现在流行的控制类系统,传输数据量不大,低功耗要求高的场合。本文提出基于ZigBee与GPRS协同合作的风光互补路灯的控制系统,实现远程的路灯监测与控制,这种设计具有较高程度的自动化,系统运行比较可靠,维护相对来说比较方便。本文针对这种状况,基于先进的无线物联网技术,提出了一套智能无线路灯控制系统。将ZigBee的功耗小,自动组网,成本低的优势应用到路灯的控制中。设置针对工作日,节假日,不同时段等的开关灯策略和灯的亮度,实现网络化,自动化,智能化的管理和控制。系统设计分为四层:CC2530路灯节点的设计,GPRS-ZigBee数据传输模块的设计,智能路灯监控软件和数据库的设计。本系统的控制软件使用移植性强的Qt编译,便于后期对不同平台的移植。
[Abstract]:With the acceleration of urban construction and the rapid development of social economy, the demand for road lighting equipment in cities is increasing, and traditional lighting equipment is liable to cause energy waste. However, the popularization and popularization of LED street lamp system can avoid this problem. But on the other hand, the traditional control of street lamp is light control or manual control, which is unstable and cumbersome, which brings a lot of inconvenience to life. In recent years, Zigbee technology has developed rapidly, and has been widely used by designers in embedded systems. Especially in the current popular control systems, the amount of data transmitted is small and the low power consumption is high. Based on the cooperation of ZigBee and GPRS, this paper puts forward a control system of wind and scenery complementary street lamp, which can realize remote monitoring and control of street lamp. This design has high degree of automation, reliable operation and relatively convenient maintenance. In this paper, an intelligent wireless street lamp control system is proposed based on the advanced wireless Internet of things technology. The advantages of low power consumption, automatic networking and low cost of ZigBee are applied to the control of street lamp. Set the switching light strategy and brightness for working days, holidays, different periods of time and so on, realize network, automation, intelligent management and control. The system is divided into four layers: CC2530 street lamp node. The design of GPRS-ZigBee data transmission module, intelligent street lamp monitoring software and database design. The control software of this system uses QT compilation with strong portability, which is convenient for transplanting different platforms in the later stage.
【学位授予单位】：沈阳师范大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP391.44;TN929.5;TP315

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