Identifikasi Karakteristik Accumulator Menggunakan Citra Termal Berbasis Pengolahan Citra

Sri Ratna Sulistiyanti, F.X. Arinto Setyawan, Tiya Muthia, Yudi Eka Putra
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Abstract

Batteries are an important part of the power generation system, both solar power plants and motorized vehicle electrical systems. Battery capacity is something that must be considered for these various activities, because a decrease in battery capacity results in disruption of power distribution to users. The battery in this study is a battery or accumulator. The sample image is obtained using a thermal camera to determine the characteristics of the battery based on color. The basis for identifying characteristics is obtained by separating the RGB color components in the thermal image. Each color component will calculate the average pixel intensity value and see the difference in the resulting value. The results showed that the distinguishing characteristic between the sampling conditions was that the green pixel intensity mean value when the battery was being charged was higher than the condition of the battery before being charged and the condition of the battery when it was loaded. The average value when the battery is on the power side is 107 pixels green, while the average value when the battery is before charging is 81 pixels green and when the battery is loaded the average green value is 82 pixels.
Accumulator的特征识别使用基于图像处理的热图像
电池是发电系统的重要组成部分,无论是太阳能发电厂还是机动车辆电力系统。电池容量是这些活动中必须考虑的因素,因为电池容量的减少会导致对用户的电力分配中断。本研究中的电池是电池或蓄电池。使用热像仪获得样品图像,根据颜色确定电池的特性。通过分离热图像中的RGB颜色分量获得识别特征的依据。每个颜色组件将计算平均像素强度值,并查看结果值的差异。结果表明,不同采样条件的区别特征是电池充电时的绿色像素强度平均值高于电池充电前和充电时的状态。电池在电源侧时的平均值为107像素绿色,充电前的平均值为81像素绿色,充电后的平均值为82像素绿色。
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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