改进的卤素太阳模拟器

Julius A. Tanesab, Muchammad Ali, Gratia Parera, J. Mauta, Rusman Sinaga
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引用次数: 2

摘要

针对光伏组件性能测试的低成本太阳能模拟器进行了大量的研究。然而,发现之前的设计需要改进,以满足专门用于粉尘冲击实验的光伏组件性能测试设备的需求。由于实验过程中附着在光伏组件表面的粉尘物质容易被清除,因此组件位置应保持朝上。本研究报告了用于测试包括被灰尘污染的光伏组件特性的太阳能模拟器的结果。测试结果表明,该太阳模拟器工作良好。可以调节卤素灯的输入电压和距离,以产生被检测光伏组件接收到的各种光强。测试的光伏组件暴露在太阳下的最大功率输出(Pmax)与开发的太阳模拟器的相对差值约为33%。这种巨大的差异可能是人为错误和研究过程中使用的非标准设备造成的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Modified Halogen Solar Simulator
Many researches on the low-cost solar simulators for PV module performance testing have been carried out. However, it was found that the previous designs require improvements to address the needs of PV module performance test equipment specifically for dust impact experiments. As the dust material attaching on the surface of PV module is removed easily during experiments, module position should be kept to face upwards. This study reported results of a solar simulator developed for testing characteristics of PV modules including those contaminated with dust. Test results showed that the solar simulator worked well. Voltage input and distance of halogen lamps can be adjusted to produce various light intensities received by the examined PV module. Relative difference of maximum power output (Pmax) of an examined PV module exposed to the Sun and the developed solar simulator was about 33%. The large difference was likely contributed to human errors and non-standard equipment applied during the study.
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