基于多传感器的实验室设备能耗研究

Research on energy consumption management of laboratory equipment based on multi-sensor

实验室设备已成为高校提高教学质量、产出科研成果不可或缺的资源,但其在能耗方面也是巨大的。据统计,高校实验室仪器设备的能耗占高校总能耗的20%。文章基于多传感器技术精准管理的特点开发一个实验室能耗管理系统。系统采用M2M协议作为简易实验室仪器设备能耗管理机制的基础,并利用物联网技术将多种传感器应用到能耗管理系统中。为验证能耗监测机制的可行性,文章进行了系统的模拟仿真,成功地从多传感器中读取了各类实验室仪器能耗信息,按照阈值设定进行精确的能耗管理。据测算,在使用本系统之后的实验室能耗平均下降30%。

Laboratory equipment has become an indispensable resource for colleges and universities to improve teaching quality and output scientific research achievements,but its energy consumption is also huge.According to statistics,the energy consumption of laboratory equipment in colleges and universities accounts for 20%of the total energy consumption of colleges and universities.Based on the characteristics of precise management of multi-sensor technology,this paper develops a laboratory energy consumption management system.The system uses M2M protocol as the basis of energy consumption management mechanism of simple laboratory instruments and equipment,and uses Internet of things technology to apply a variety of sensors to energy consumption management system.In order to verify the feasibility of the energy consumption monitoring mechanism,we have carried out systematic simulation,successfully read the energy consumption information of various laboratory instruments from multiple sensors,and accurately manage the energy consumption according to the threshold setting.It is estimated that the laboratory energy consumption will decrease by an average of 30%after using this system.