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智能建筑风水联动与SYS优化控制平台的运行分析

Operation Analysis of Intelligent Building Fengshui Linkage and SYS Optimization Control Platform
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摘要 随着互联网信息技术的进步,高新技术在各个领域得到了广泛的应用,依托计算机技术与自动化技术的智能建筑成为建筑领域的研究热点。其通过将建筑物的结构、系统、服务和管理根据用户的需求进行最优化组合,从而为用户提供一个高效、舒适、便利的人性化建筑环境,引入风水联动及SYS优化控制平台,能够兼具智能、节能功效。研究利用大数据云平台技术,设计了智能建筑风水联动与SYS优化控制平台,介绍了系统设计原则与原理,并从系统监控层、过程控制层、设备层3个方面分析了SYS优化控制平台的整体架构,对其系统功能设计进行探讨。实验证明,该控制平台具有高节能率、低能耗的优势,具有广阔的发展前景与社会价值。 With the advancement of Internet information technology,high-tech has been widely used in various fields,and intelligent buildings relying on computer technology and automation technology have become a research hotspot in the field of architecture.By optimizing the structure,system,service and management of the building according to the needs of users,it provides users with an efficient,comfortable and convenient humanized building environment.The introduction of fengshui linkage and SYS optimization control platform can have both intelligent and energy-saving effects.Research and use big data cloud platform technology to design the intelligent building fengshui linkage and SYS optimization control platform,introduce the system design principles and principles,analyze the overall architecture of the SYS optimization control platform from three aspects:system monitoring layer,process control layer,and equipment layer,and discuss its system function design.The experiment proves that the control platform has the advantages of high energy saving rate and low energy consumption,and has broad development prospects and social value.
作者 杨景华 马骏 王肖宁 石书亮 陆晓东 YANG Jinghua;MA Jun;WANG Xiaoning;SHI Shuliang;LU Xiaodong(China Railway Construction Electrification Bureau,Beijing,100124 China;China Railway 18th Bureau Group Fourth Engineering Co.,Ltd.,Tianjin,300222 China;Sichuan Hongjingrun Technology Co.,Ltd.,Chengdu,Sichuan Province,610081 China)
出处 《科技创新导报》 2022年第25期80-83,共4页 Science and Technology Innovation Herald
关键词 智能建筑 风水联动 SYS优化控制平台 系统监控层 节能 Intelligent building Fengshui linkage SYS optimization control platform System monitoring layer Energy-saving
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