Optimum Investigation LED Bulbs Light as Photon Energy on Photovoltaic Panel Installed Inside Buildings

M. Mustofa, A. Asmara, Y. Rahman, T. Kamaludin, Hariyanto Hariyanto, Z. Djafar, W. H. Piarah
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引用次数: 1

Abstract

This study was conducted to obtain the angle of elevation of solar panels (PV) to harvest photon light energy sources from LED bulbs that are often used in residential homes or buildings. The PV tilt angles tested are 0, 15, 30 and 90º by placing a constant bulb in its position. The results of the observations show that a slope of 0º produces the highest PV electrical power, although it is not significant compared to the other 3 slope angles. The decrease in PV output power occurs when the slope angle increases. Optimum power of 16.93 Watt is obtained by using a Hannochs bulb at a power of 15 Watt with an angle of elevation of 0º. Furthermore, the power decreased to 16.33, 12.92, and 12.91 Watts at angles of 15, 30 and 90º, respectively. Further research is still needed by increasing the variation of bulb power above 15 Watts to validate the position of the PV panels on the walls of the building according to light source.  
LED灯泡作为光子能量在建筑物内安装的光伏板上的最佳研究
这项研究是为了获得太阳能电池板(PV)的仰角,以从住宅或建筑物中经常使用的LED灯泡中收集光子光能。通过在其位置放置一个恒定的灯泡,PV倾斜角度测试为0、15、30和90º。观察结果表明,0º的斜度产生的光伏发电功率最高,尽管与其他3个斜度角度相比并不显著。光伏输出功率随坡角的增大而减小。使用15瓦的汉诺克灯泡,仰角为0º,可获得16.93瓦的最佳功率。在角度为15º、30º和90º时,功率分别下降到16.33、12.92和12.91瓦。还需要进一步的研究,增加灯泡功率的变化到15瓦以上,根据光源来验证光伏板在建筑物墙壁上的位置。
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