基于无线传感网络的校园水电管理系统开发

发布时间：2018-05-02 01:13

本文选题：能耗 + Zigbee　；参考：《东北电力大学》2014年硕士论文

【摘要】：目前，我国建筑能耗占国家能耗的27.5%左右，随着城市化进程的不断发展，建筑用能还会不断的提升。建筑节能是实现节能减排目标任务中一个重要的环节。建筑节能工作的开展依赖于管理水平的提升，建筑能耗监控系统可以为能耗管理工作提供更为高效的管理工具。本文以高校建筑用水用电环境为研究背景，探讨构建水电监控系统的方法。校园建筑水电消耗具有分类广、总量多、节能空间大的特点，构建节约型校园不仅有利于高校自身的可持续发展，也能为构建资源节约型社会提供依据和推广示范作用。因此，建立校园水电监控系统对于提升能耗管理和节能评测的工作水平具有重要意义。本文应用了无线传感网络的特点及优越性，利用Zigbee无线传输技术，将底层的采集终端，通过Zigbee无线传输网路传输，再由串口服务器将数据传输到数据中心，然后从数据中心调取数据后，，进行分析监管。本文使用数据库管理系统是微软公司出品的Microsoft SQL SERVER2008R2，并且对数据库的表的设计进行了详细的设计，对业务逻辑及相应的数据关系进行解耦和划分，使之形成一套完整的、独立的、规范的数据库系统；本文采用的计算机网络结构是B/S结构，用户可以在不同的联网的计算机上查询校园水电消耗信息；开发方法是采用了普遍使用的结构化软件开发方法；在Windows7操作系统上以.net为开发平台，配合使用JSP脚本工具、APS开发架构，C#开发语言，实现了基于互联网的校园水电管理系统。该系统的开发与实施，为用能单位摸清各部门的各类建筑、设备的用能规律，规范用能行为，优化内部成本核算，提升高能耗建筑、设备的节能管理手段提供了基础的决策依据，为提高高校能源使用管理水平奠定了基础，在当前国家大力提倡节能降耗，环保减排的大背景下，具有很高的实用性和推广应用价值。
[Abstract]:At present, the building energy consumption in our country accounts for about 27.5% of the national energy consumption. With the development of urbanization, the building energy consumption will continue to improve. Building energy saving is an important link in achieving the goal of energy saving and emission reduction. The development of building energy conservation depends on the improvement of management level. Building energy consumption monitoring system can provide more efficient management tools for energy consumption management. In this paper, the construction of hydropower monitoring system is discussed based on the research background of building water and electricity environment in colleges and universities. The consumption of hydropower in campus buildings is characterized by wide classification, large amount of energy saving and large space for energy saving. Building a conservation-oriented campus is not only conducive to the sustainable development of colleges and universities, but also provides the basis for the construction of a resource-conserving society and the role of promoting demonstration. Therefore, the establishment of campus hydropower monitoring system is of great significance for improving the working level of energy consumption management and energy conservation evaluation. This paper applies the characteristics and advantages of wireless sensor network, using Zigbee wireless transmission technology, the bottom of the collection terminal, through the Zigbee wireless transmission network transmission, and then the serial port server to transmit data to the data center. Then the data from the data center after the analysis of supervision. In this paper, the database management system is Microsoft SQL server 2008 R2 produced by Microsoft, and the design of the database table is designed in detail. The business logic and the corresponding data relations are decoupled and partitioned to form a complete and independent set. The computer network structure used in this paper is B / S structure, the users can query the campus hydropower consumption information on different computers, the development method is the widely used structured software development method. The campus hydropower management system based on Internet is implemented on the platform of .net on the Windows7 operating system, with the help of JSP script tool and C # development language. The development and implementation of the system, for energy use units to find out all kinds of buildings, equipment energy use laws, standardize energy use behavior, optimize internal cost accounting, promote high-energy buildings, The means of energy-saving management of equipment provide the basis for decision-making, and lay the foundation for improving the management level of energy use in colleges and universities. Under the background of promoting energy saving and reducing consumption, environmental protection and emission reduction, It has high practicability and application value.
【学位授予单位】：东北电力大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TP212.9;TN929.5;TP315

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