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建筑无人机红外遥感测温方法研究

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以某位于寒冷气候区B区住宅建筑为例,基于红外遥感测温原理,开展对建筑的热环境监测实验.提出一种基于无人机红外遥感测温的室温监测方法,给出测温原理及评价标准,提出2种室温计算方法.确定基准房间的选择原则:选定南向、面积较大房间作为基准房间.确定基准区域的选择原则:每层设置1个基准区域.在2种室温计算方法中,在不增加温度传感器数量的条件下,方法2误差绝对值的平均值为0.8℃,可以提高红外遥感测温精度并减小误差绝对值离散程度.
Research on UAV Infrared Remote Sensing Temperature Measurement Method for Building
Taking a residential building located in Zone B of a cold climate zone as an example,based on the principle of infrared remote sensing temperature measurement,the thermal environment monitoring ex-periment of the building is carried out.A room temper-ature monitoring method based on UAV infrared remote sensing temperature measurement is proposed.The principle and evaluation criteria of temperature meas-urement are given.Two calculation methods of room temperature are proposed.The selection principle for determining the benchmark room is to select a room fa-cing south with a larger area as the benchmark room.The selection principle for determining the benchmark areas is to set one benchmark area for each layer.A-mong the two room temperature calculation methods,without increasing the number of temperature sensors,the average absolute error value of the method 2 is 0.8 ℃,which can improve the accuracy of infrared remote sensing temperature measurement and reduce the de-gree of absolute error dispersion.

smart heatinginfrared remote sensing temperature measurementroom temperature measurement methodunmanned aerial vehicle(UAV)

吴雅玲、李承达、从铭阳、黄实、庞建飞、修思源、周志刚

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哈尔滨工业大学建筑学院,黑龙江哈尔滨 150090

中国农业银行数据中心,北京 100080

智慧供热 红外遥感测温 室温测量方法 无人机

国家科学自然基金项目

62276080

2024

煤气与热力
中国市政工程华北设计研究院 建设部沈阳煤气热力研究设计院 北京市煤气热力工程设计院有限公司

煤气与热力

影响因子:0.559
ISSN:1000-4416
年,卷(期):2024.44(9)
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