基于电开水器能耗监测数据的高校教学楼用能规律模型研究

Energy Consumption Regular Model of University Teaching Building Based on Energy Consumption Monitoring Data of Electric Water Heater

随着物联网与建筑节能减排相结合,节约型校园建设蓬勃发展,以及高校能耗监测平台的广泛建立,基于能源物联网获取的校园建筑能耗数据研究,监测并分析校园建筑能耗具有重要意义。选取寒冷地区某高校教学楼为研究对象,首先通过对校园能耗监测系统的数据支持与大量的实地调研,分析教学楼各种能耗关系,通过对电开水器用能数据的分析,结合现场调研建立教学楼能耗与建筑人数、课程设置方案等因素的联系,进而得出了教学楼用能规律模型,最后基于该模型分析了教学楼运行中存在的问题,并给出了相应的节能建议。

With the combination of the Internet of Things and energy-saving and emission-reduction, the construction of energy-saving campus is flourishing and the energy consumption monitoring platform is widely established. It is of great significance to monitor and analyze the energy consumption of campus buildings based on the energy consumption data obtained from the Internet of Things. The electric water boiler is an important part of the energy consumption of college teaching building. Based on the data support of a university building energy consumption supervision platform, this study takes an undergraduate teaching building as the research object. Through the analysis of the energy data used in the electric water heater, we establish the relationship between the energy consumption of the teaching building. The number of students in the building and the program setting scheme are established by the field investigation. Basing on the relation, the regular model of energy consumption is established in the teaching building. Based on this model, problems existing in the operation of the teaching building are analyzed with corresponding energy-saving suggestions.