Development of photovoltaic prototype device for estimating projected leaves area

M.E. Sehsah, M. El-Baily, Abu Zaher
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Abstract

The aim of the current study was to developed a solar leave area meter to measure leaves area fast and accurate of Guava and Lemon leaves. As well as, validated this method by comparing it with the mechanical planimeter model Placom standard leaf area, image processing method and leaf area meter model (LI-COR, 30000A). This technique is depending on a projected area on the photovoltaic solar panel that change of the produced electric power due to the captured light. The accuracy and precision of this method were compared to that of a digital mechanical drawing planimeter method. The result indicated that the maximum accuracy percent of the area was 99.92 % and 99.60 % for using leaf area meter model (LI-COR, 30000A) and mechanical Planimater method respectively. On the other hand, the maximum accuracy percent of the area was 96.82% and 100% using a developed solar area meter and standard LiR COR instrument respectively.
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估算叶片投影面积的光伏原型装置研制
本研究的目的是研制一种太阳能叶片面积仪,以快速准确地测量番石榴和柠檬叶片的叶片面积。并与机械平面计模型Placom标准叶面积、图像处理方法和叶面积计模型(LI-COR, 30000A)进行对比验证。这种技术依赖于光伏太阳能电池板上的投影区域,该区域由于捕获的光而改变产生的电力。并将该方法的准确度和精密度与数字机械绘图测平面图法进行了比较。结果表明,叶片面积计模型(LI-COR, 30000A)和机械Planimater法的最大面积准确度分别为99.92%和99.60%。另一方面,使用自制的太阳面积计和标准的LiR COR仪器,面积的最大准确度分别为96.82%和100%。
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