基于多传感器信息融合的节能控制系统

摘要

目前公共场所的电器设备多、使用时间长、缺乏控制、耗电大,为此设计了一种基于多传感器信息融合的节能控制系统.从目前存在的问题、系统总体框架、实现及实验结果几方面进行了探讨.系统采用闭环控制,以传感器检测的信号为反馈信息,并行输入CPU中进行决策层的信息融合,再并行输出多路信号动态控制设备的运行,达到了节能目的,具有较高的准确性、快速性和稳定性.实验表明,该节能控制系统满足设计要求,已在某客运站房的节能控制中得到应用.%Nowadays, there are lots of electrical equipments used in public, which consumes a lot of electric energy as a result of being used for a long time and without any control. An energy saving control system is designed based on multisensory information, and discussed from several aspects, including existent problems, total framework, realization and experiment results. The system uses closed loop control, whose feedback information comes from sensor and inputs CPU in parallel to fuse information according to decision-making layer mode and outputs in parallel multiplex signals to dynamically control the running of electrical equipments. It can save energy as a result of these control measures, with better characteristics of accuracy, quickness and stability. Several experiments witness that this design meets demand. The system has been applied in a stations for saving energy control.