A New Approach for Hot Spot Solar Cell Detection based on Multi-level Otsu Algorithm

A. N. N. Afifah, Indrabayu, A. Suyuti, Syafaruddin
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引用次数: 3

Abstract

Hotspot cells can harm the photovoltaic modules because the cells spend or use up energy instead of generating energy. Therefore, the image processing method is applied to allow the hot spot detection automatically. This paper evaluates Multi-level Otsu based approach for image processing to segment and detect hot spot solar photovoltaic cell of photovoltaic module using thermal images. The methodology was completed by performing image segmentation, image binarization, and noise removal with morphological operation. This proposed method was tested by using ten thermal images and evaluated by measuring the accuracy of each image with different threshold level. The highest accuracy achieved 97.22% from thermal image DJI_0898, DJI_0911 and DJI_0918.
基于多级Otsu算法的太阳能电池热点检测新方法
热点电池可能会损害光伏组件,因为电池消耗或消耗能量而不是产生能量。因此,采用图像处理方法实现热点自动检测。本文评价了基于多尺度Otsu的图像处理方法,利用热图像对光伏组件太阳能光伏电池的热点进行分割和检测。该方法通过形态学操作完成图像分割、图像二值化和去噪。利用10幅热图像对该方法进行了测试,并对不同阈值水平的图像进行了精度评价。热像面DJI_0898、DJI_0911和DJI_0918的精度最高,达到97.22%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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