基于无线传感网络技术的智能照明系统在高校地下车库的应用实践  

Application practice of intelligent lighting system based on wireless sensor network technology in university underground garages

作　　者：张振伟[1,2] 张俊杰[1,2] 孟醒 耿丽娟[1,2] ZHANG Zhen-wei;ZHANG Jun-jie;MENG Xing;GENG Li-juan

机构地区：[1]南开大学基建保障处,天津300193 [2]南开大学能源委员会,天津300193

出　　处：《节能》2024年第8期33-36,共4页Energy Conservation

摘　　要：天津某高校地下车库采用传统照明系统,存在耗能大、寿命短和照度不够等问题。为了有效改善车库灯光环境,节省车库的运营和管理费用,借助无线传感网络技术,对灯光参数进行精确管理和智能化控制。通过介绍项目的改造概况,阐述智能照明系统在高校地下车库节能改造中的应用原则、模式设计,总结节能改造的方法。基于校园能源监测系统的用能数据,列出智能照明系统改造前后同期的用电量对比并计算回收期,以衡量智能照明系统的经济性。结果显示,在照明智能化改造后,该校地下车库每年可节约电量31.63万kWh,2年多即可收回成本,节能率达91.01%。A certain university in Tianjin uses a traditional lighting system in its underground parking garage,which suffers from high energy consumption,short lifespan,and insufficient illumination.To effectively improve the lighting environment of the garage and reduce the operational and management costs,wireless sensor network technology is utilized to precisely manage and intelligently control the lighting parameters.By introducing the overview of the project's renovation,the principles and design patterns of the intelligent lighting system in the energy-saving renovation of university underground parking garages are elaborated,and the methods of energy-saving renovation are summarized.Based on the energy consumption data from the campus energy monitoring system,a comparison of electricity consumption before and after the intelligent lighting system renovation is made,and the payback period is calculated to measure the economic viability of the intelligent lighting system.The results show that after the intelligent lighting renovation,the underground parking garage of the university can save 316300 kWh of electricity annually,with a cost recovery in just over two years,achieving an energy-saving rate of 91.01%.

关 键 词：车库灯 无线传感网络 智能照明系统 地下车库 

分 类 号：TP212.9[自动化与计算机技术—检测技术与自动化装置]