天津生态城风光互补路灯监测系统设计与应用

发布时间：2018-01-03 03:48

本文关键词：天津生态城风光互补路灯监测系统设计与应用　出处：《石家庄铁道大学》2014年硕士论文　论文类型：学位论文

【摘要】：风光互补路灯受到自然界中很多不确定因素的干扰,会使路灯不能正常的发挥作用,所以就需要对路灯的各种硬件设施和运行状况进行实时监控,当下能够对路灯进行监控的系统都有很多的缺点,例如价格高、在路灯出现状况后不容易修理等等。本文提出采用无线GSM网络代替有线网络,实现了基于无线通信的风光互补路灯监控系统的设计及应用。在综合分析考虑各种因素之后,利用远程通信技术和现场总线技术,提出了一种新的监控路灯的方式,采用C#编制了相应的系统监控软件,在中新天津生态城进行实际应用,实现了远程数据的统计分析、实时显示、历史查询和曲线生成等功能,取得了预期的远程监控效果。系统将采集后的数据进行处理,分析研究太阳能、风能对蓄电池充电能量的转化效率,形成数据存储于监测中心数据库,为生态城管理者分析当地的自然能源利用情况提供科学依据。经实际运行试验,系统运行稳定、可靠,实现了预期的目的。
[Abstract]:Landscape complementary street lamp is disturbed by many uncertain factors in nature, which will make the street lamp can not play a normal role, so it is necessary to real-time monitor the various hardware facilities and operation status of the street lamp. At present, the system that can monitor the street lamp has a lot of shortcomings, such as high price, it is not easy to repair after the street lamp appears. This paper proposes to use wireless GSM network instead of wired network. The design and application of the scene complementary street lamp monitoring system based on wireless communication is realized. After comprehensive analysis and consideration of various factors, the remote communication technology and field bus technology are used. In this paper, a new way of monitoring street lamp is put forward, and the corresponding system monitoring software is programmed by C #, which is applied in Zhongxin Ecological City of Tianjin to realize the statistical analysis and real-time display of remote data. The system processes the collected data and analyzes the conversion efficiency of solar energy and wind energy to battery charge energy. The data are stored in the database of the monitoring center, which provides scientific basis for the managers of the ecological city to analyze the utilization of local natural energy. The system is stable, reliable and achieves the expected purpose through the actual operation test.
【学位授予单位】：石家庄铁道大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TU113.666;TM61

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