Kaji Eksperimen Jarak Optimal Panen Energi Foton Bohlam LED untuk PV Polycrystalline

M. Mustofa
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Abstract

LED type bulb light is generally widely used in building spaces in Indonesia today because it is more energy efficient than other types. The purpose of this study is to utilize the light bulb as a new photon energy source and free no night for a 50 Wp Solar PV panel that generates new electrical energy. Experimentally, it is to be known at what distance the best absorption of photon energy is between the light source and the PV panel. The results showed that the maximum power (0.1 Watt) was obtained at a distance of 20 cm with the 40 Watt Mavel LED type, while the highest efficiency (1.3%) with Philips bulb lightat a distance of 29 cmfrom the panel.The potential for the use of LED bulb light as lighting at night as well as as a new source of electrical energy –PLTBoh in closed indoor PV installations looks quite good. Therefore the incorporation of PV with solar energy during the day and bulb energy at night will help charging and storage of electrical energy on batteries for the availability of alternative electrical energy dc electronic devices even AC
尝试最佳距离采集光子能量的实验
由于LED灯泡比其他类型的灯泡更节能,因此目前在印度尼西亚的建筑空间中被广泛使用。本研究的目的是利用灯泡作为一种新的光子能量源,为50wp太阳能光伏板提供无夜的空间,以产生新的电能。在实验上,要知道光源和光伏板之间的光子能量吸收最佳的距离。结果表明,40瓦的Mavel LED类型在距离面板20厘米处获得最大功率(0.1瓦),而Philips灯泡在距离面板29厘米处获得最高效率(1.3%)。在封闭的室内光伏装置中,使用LED灯泡作为夜间照明以及一种新的电能来源-PLTBoh的潜力看起来相当不错。因此,白天将光伏与太阳能结合起来,晚上将灯泡能量结合起来,将有助于电池充电和储存电能,从而为直流电子设备甚至交流设备提供替代电能
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