摘要
现代建筑布设了大量电气设备,设备控制难度加大,为了降低系统能耗消耗,提出了基于无线通信技术的建筑电气智能化控制系统。以各种传感器、环网适配器、交换机、电量计、各个子电气系统、群耦合器、网关等硬件为基础,设计系统现场端,以微控制器为主,以各种服务器为辅,一起组成控制端硬件结构,借助无线通信技术将现场端数据传输到控制端,控制端通过建筑电气智能化控制模型根据预期值与实际值间的误差得出控制量进行建筑电气智能化控制。结果表明:该系统的数据传输效率高,可以实现建筑内部电气设备的智能化控制。
Modern buildings are equipped with a large number of electrical equipment, which makes it more difficult to control the equipment. In order to reduce the energy consumption of the system, an intelligent control system for building electrical based on wireless communication technology is proposed. The logical framework of the system is designed based on various sensors, ring network adapters, switches, electricity meters, various sub electrical systems, group couplers, gateways and other hardware, the system field end is designed. The hardware structure of the control end is composed mainly of microcontrollers and supplemented by various servers. The field end data is transmitted to the control end with the help of wireless communication technology, The control terminal obtains the control quantity according to the error between the expected value and the actual value through the intelligent control model of building electrical to carry out the intelligent control of building electrical. The results show that the system has high data transmission efficiency and can realize the intelligent control of electrical equipment in the building.
作者
柳全成
LIU Quancheng(Gan Su Institute of Architectural Design and Research Co.,Ltd,Gansu Lanzhou 730030,China)
出处
《自动化与仪器仪表》
2022年第11期139-142,共4页
Automation & Instrumentation
基金
甘肃省重大科技项目(1954624)。
关键词
无线通信技术
系统框架
现场端
控制端
wireless communication technology
system framework
field end
control end
