Use of Drone and Infrared Camera for a Campus Building Envelope Study
Use of Drone and Infrared Camera for a Campus Building Envelope Study
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使用无人机和红外相机进行校园建筑围护结构研究
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发表时间：
2016
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通讯作者：
Raheem Ariwoola
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作者：
Raheem Ariwoola
使用无人机和红外摄像机进行校园建筑围护结构研究目前，有人担心，与原始设计规范相比，美国的建筑物在能源效率方面表现不佳。在这些建筑物中，很大一部分能量损失与建筑物的围护结构有关。这项研究提供了一个定性和分析的R值，这表明组成建筑围护结构的元素的热性能的理解。利用红外热成像技术对东田纳西州立大学校园内10栋建筑物的围护结构进行了热性能评估。使用Fluke Ti 25红外手持相机和安装有FLIR Vue Pro红外相机的DJI phantom-2无人机进行数据收集。使用“Smartview”和“FLIR Reporter Pro”软件进行数据分析。数据分析揭示了能源损失、隔热缺陷、低效率的相关能源成本以及通过纠正被评估建筑物围护结构中的这些缺陷可能带来的潜在节省。
Use of Drone and Infrared Camera for a Campus Building Envelope Study by Raheem Ariwoola Presently, there are concerns that buildings in the USA under-performs in terms of energy efficiency when compared with the original design specifications. A significant percentage of the energy loss in these buildings is associated with the building’s envelope. This study provides a qualitative and analytical understanding of the R-value, which indicates the thermal performance of the elements that make up a building envelope. Infrared thermography is used as a methodology to assess the thermal performance of envelopes of ten buildings on East Tennessee State University Campus. A Fluke Ti25 infrared hand-held camera and a DJI phantom-2 drone mounted with FLIR Vue Pro infrared camera were used for data collection. Data analyses were carried out using ‘Smartview’ and ‘FLIR Reporter Pro’ software. The data analyses revealed energy loss, insulation deficiencies, the associated energy costs of the inefficiencies and the potential savings that could result from correcting these deficiencies in the evaluated building’s envelopes.