基于网络技术空调监控系统的设计与实现

发布时间：2018-04-27 21:35

本文选题：空调制冷 + 网络监视　；参考：《电子科技大学》2014年硕士论文

【摘要】：随着我国经济持续、快速的发展以及不断增强的综合国力,空调制冷在国民经济中正在发挥着越来越重要的作用。目前,随着我国互联网的普及,网络技术在空调监测中也同样得到了广泛的应用。在分散的空调设备系统控制过程中,其测量、收集、控制和监控数据的系统正发生着重大的变化,用户越来越关注运行和维护远程设备的成本与风险。其遥测和远程监控软件平台都受到了前所未有的挑战,那就是在设备生命周期内,把设备本和风险降至最低,同时还必须依然能更好地把远程的现场数据转换成业务信息,为最终用户改善和优化设备的维护作业。从我国空调系统设备运行中的监测及其对故障分析解决技术的现状出发,本文描述了通过计算机网络对异地的空调制冷设备实施同步运行状态监测,并根据监测的实时数据对设备故障进行诊断,同时进行故障预警的实用系统。本系统的开发包括了硬件系统和软件设计两大部分。硬件系统从需要完成的功能、经济性及高效率出发,从用户的需求以及空调制冷监测端的实际需求出发,选择了适合本课题所需的硬件产品。在软件方面,根据空调参数的实际情况选择了适用于工业控制应用的组态王6.52。在通信方面,主要利用组态王Web Server进行网络传输。在数据库方面,采用由亚控公司研发的king Historian工业数据库管理软件,从而实现控制过程中数据采集及应用相并行。另外,利用组态王还实现了数据联动、数据分析以及空调运行参数的报表打印等工作。本文用较大篇幅详细的描述了硬件及软件系统的实现过程。本论文能够使得学术界与企业界克服了时间和空间的差异,在一定程度上既解决了企业内部空调专业技术人员相对较少难以及时解决故障的问题,同时有利于空调制冷研究机构充分利用实际系统监测的第一手数据,用于自身的理论研究和技术进步,因而具有明显的社会效益与经济价值。
[Abstract]:Air conditioning and refrigeration is playing an increasingly important role in the national economy with the continuous economic development, rapid development and increasing comprehensive national strength. At present, with the popularity of the Internet in China, network technology has also been widely used in air conditioning monitoring. In the process of decentralized air conditioning system control, the system of measuring, collecting, controlling and monitoring data is undergoing great changes. Users are paying more and more attention to the cost and risk of running and maintaining remote equipment. Its telemetry and remote monitoring software platforms are facing unprecedented challenges in minimizing equipment book and risk during the device life cycle, while still being able to better translate remote field data into business information. Improve and optimize equipment maintenance for end users. Based on the monitoring of air conditioning system equipment in our country and the present situation of fault analysis and solving technology, this paper describes the implementation of synchronous operation state monitoring of air conditioning refrigeration equipment in different places through computer network. According to the real-time data of monitoring, the equipment fault diagnosis is carried out, and the practical system of fault warning is carried out at the same time. The development of this system includes two parts: hardware system and software design. Based on the functions, economy and high efficiency, the hardware system chooses the hardware products which are suitable for this subject, starting from the needs of the users and the actual needs of the air conditioning and refrigeration monitoring terminal. In the aspect of software, according to the actual condition of air conditioning parameters, the configuration King 6.52 which is suitable for industrial control application is selected. In the communication aspect, mainly uses configuration king Web Server carries on the network transmission. In the aspect of database, the king Historian industrial database management software developed by Asian control company is used to realize the data acquisition and application in parallel during the control process. In addition, data linkage, data analysis and report printing of air conditioning operation parameters are realized by using configuration Wang Huan. In this paper, the implementation of hardware and software system is described in detail. This paper can make academic circles and business circles overcome the difference of time and space, to some extent, it not only solves the problem that there are relatively few professional technicians of air conditioning in the enterprise, but also can not solve the trouble in time. At the same time, it is helpful for the air-conditioner refrigeration research institution to make full use of the first-hand data of the actual system monitoring, and to use it for its own theoretical research and technological progress, so it has obvious social and economic value.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TB657.2;TP277

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