建筑电气设备一体化控制与BAS控制技术的比较研究

发布时间：2018-05-27 06:41

本文选题：BAS + 一体化控制　；参考：《北京建筑大学》2014年硕士论文

【摘要】：楼宇自控系统目前有多种，但是在我国真正达到理想控制效果的并不多，主要原因是主流楼控厂商的开放性不强，尽管BACnet标准问世已有19年之久，但距离实现互操作和不同系统间便捷地互联互通的目标甚远。近年来我国楼宇自控行业取得了较快发展，我国把握发展机遇，开发具有自主知识产权的关键技术作为核心竞争力势在必行。在建筑设备一体化控制的研究中，主要对所应用到的基础理论加以归纳总结，主要包括：建筑设备一体化控制的定义，建筑设备一体化控制系统的架构，B总线控制原理和特点，PLC梯形图和LabVIEW编程环境的融合等。对于一般的BAS，选择Metasys系统为代表在理论方面做较为深入的研究。实践部分：以参与的某文化产业创意中心和某办公楼改造项目为例，分别详细说明两系统在工程设计阶段，楼宇自控系统的监控原理图，系统点表，设备选型，现场接线图，编程调试及上位机监控界面的建立等方面的客观情况，以便于后期对两个系统做对比研究。通过两系统在基本理论，应用到的核心技术和工程实际等方面的对比研究，得出客观结论，找出建筑设备一体化控制系统的优点和需要进一步提高的地方。随着技术的不断完善，，建筑设备一体化控制技术将会成为一个未来有较好前景的可选方案。最后对本课题的研究进行总结，并对未来绿色建筑的发展提出了自己的看法，对建筑设备一体化控制技术的发展趋势进行了展望。
[Abstract]:There are many kinds of building automatic control systems at present, but not many of them have achieved the ideal control effect in our country. The main reason is that the mainstream building control manufacturers are not open enough, even though the BACnet standard has been around for 19 years. However, it is far from the goal of interoperation and convenient interconnection between different systems. In recent years, China's building automation industry has made rapid development. It is imperative for China to seize the opportunity of development and develop the key technology with independent intellectual property as the core competitiveness. In the research of integrated control of construction equipment, the basic theories applied are summarized and summarized, including the definition of integrated control of construction equipment, The architecture of the integrated control system of building equipment is based on the control principle and characteristics of B bus. The integration of the ladder diagram of LabVIEW and the programming environment of LabVIEW and so on. For general basic, Metasys system is chosen as the representative to do more in-depth research in theory. Practice part: take a cultural industry creative center and an office building renovation project as an example, respectively explain in detail the monitoring schematic diagram, system point table, equipment type selection, field wiring diagram of the two systems in the engineering design stage, the building automatic control system. Programming debugging and the establishment of host computer monitoring interface, so as to make a comparative study of the two systems in the later stage. Based on the comparative study of the two systems in basic theory, application of core technology and engineering practice, the objective conclusion is drawn, and the advantages of the integrated control system of construction equipment and the places that need to be further improved are found out. With the continuous improvement of technology, the integrated control technology of construction equipment will be a promising option in the future. Finally, the research of this subject is summarized, and the development of green building in the future is put forward, and the development trend of integrated control technology of building equipment is prospected.
【学位授予单位】：北京建筑大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TU855

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