文档介绍：基于无线传感器网络系统的路灯节能设计
摘要
路灯是与人们日常生活紧密相关的市政公共设施,既关系到夜间行人和交通的安全,又承担着美化市政、降低社会犯罪率的重任,确保按时、按需点亮每一盏灯,并能有效地节省路灯的用电电量、延长灯泡的寿命、降低维护和管理的成本是现代效能型社会追求的目标。
根据道路照明系统的运行特点,在节能控制目标和保证可靠性的前提下,设计和分析合适的智能控制策略和控制网络拓扑结构选择。节能道路照明系统在智能照明控制策略的统一指导下运行,基于低功耗无线通信技术,实现节能照明。
具体介绍和分析了有关的设计原理和方案选择,智能照明控制策略的选择和确定,控制系统网络结构,主控单元/现场节点的硬件/硬件构成和设计思想。分析表明,基于Ad Hoc无线网络通信实现节能道路智能照明策略控制是可行的。
关键词:道路照明;节能控制;智能;Ad Hoc;无线网络
Design of Street lamp Energy-saving system
based on wireless work
Abstract
Street lamps is closely related to daily life of the municipal public facilities, both to pedestrians and traffic safety at night, but also bear the beautification of municipal services, reducing the crime rate of social responsibility, to ensure timely, on-demand light each lamp, and can effectively save electricity power street lights to extend lamp life, reduce maintenance and management costs and efficiency of modern society to pursue.
According to the operating characteristics of road lighting system, control objectives and ensure the reliability of energy under the premise of intelligent design and analysis of appropriate control strategies and control work topology options Energy-saving street lighting system in the intelligent lighting control strategy under the guidance of the unified operation, based on low-power munication technology, energy-efficient lighting .
This is detailed description and analysis of the relevant design principles and alternatives, smart lighting control strategy for the selection and determination, the control work structure, the main control unit / scene node hardware / hardware and design Analysis showed that the Ad Hoc work based on energy-saving strategy for road intelligent lighting control is feasible.
Keywords:Road lighting;Energy Saving Control;Smart;Ad Hoc;work
目录
引言 1
第1章绪论 2
研究背景和意义 2
国内外相关研究 3
研究内容 4
第2章系统技术介绍 5
Ad Hoc网络概述 5
MoteWorks介绍 8
Visual 概述 10
第3章需求分析 13
任务概述 13
技术方案 13
第4章系统详细设计 16
系统总体结构设计 16
数据