Thermal Screening UAV for Solar Panels and Electric Towers

Prof. S. G. Dighe, Sarita S. Kangane, Shweta T. Kanwade, Shubham R. Sonawane
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Abstract

These days, enormous windmills, solar panels, heating towers, and power plants are frequently situated in isolated locations and may experience heating problems. The operator must climb to these high places and search for heating problems to identify these problems. Therefore, there is a risk to life. Sending numerous crews with protective gear to various towers and panels comes at a considerable cost. It takes a great deal of time to climb each tower and carefully inspect for problems. Therefore, we suggest a replacement solution that uses a thermal screening drone to quickly and efficiently check for heating problems. To ensure extended range control during flying, the drone is equipped with a controller. The thermal sensor can have a limited resolution and be unable to detect problems with thermal heating from things that are close together. Using a raspberry pi, the thermal sensor footage is captured for subsequent review. As a result, the thermal screening procedure is automated and made safer by the drone. We will facilitate the process and assist industries in taking more care of safety to prevent mishaps in this way
用于太阳能电池板和电塔的热筛查无人机
如今,巨大的风车、太阳能电池板、加热塔和发电厂经常位于偏僻的地方,可能会遇到加热问题。操作员必须爬到这些高处,寻找加热问题,才能发现这些问题。因此,存在生命危险。派遣大量携带防护装备的工作人员前往各种塔架和面板需要相当大的成本。爬上每个塔仔细检查问题需要花费大量时间。因此,我们建议采用一种替代解决方案,即使用热筛查无人机快速有效地检查加热问题。热传感器的分辨率可能有限,无法检测到距离较近的物体的热加热问题。使用树莓派(raspberry pi)可以捕捉热传感器的画面,以便进行后续审查。因此,无人机实现了热筛查程序的自动化和安全性。我们将通过这种方式促进这一过程,并协助各行业更加注意安全,防止事故发生
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