在半干旱地区验证三种不同倾斜角度的光伏组件

P. Hertzog, A. Swart
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引用次数: 2

摘要

在研究中对任何结构进行重复测试都是必不可少的,因为它可以强化知识,提高有效性,并使其能够在其他应用中成功使用。本文的目的是在SA半干旱地区反复测试三种不同倾斜角度对光伏组件输出功率的影响,从而提供绝对有效性的结果。实验设计用于2015年至2017年的纵向研究。这三年冬季的结果表明,设置为9 + 10°倾角的光伏组件产生了最高的输出功率。因此,可以建议在南非半干旱地区的冬季将光伏组件安装在9 + 10°,并且本研究中使用的设置和程序是有效的。
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Validating three different tilt angles for PV modules in a semi-arid region
Repeated testing of any construct in research is essential, as it reinforces knowledge, promotes validity and enables its successful use in other applications. The purpose of this paper is to present results of repeatedly testing the impact that three different tilt angles have on the output power of a PV module in a semi-arid region of SA, thereby contributing to absolute validity. An experimental design is used with a longitudinal study cover 2015 through 2017. These three years of results for the winter season reveal that the PV module which was set to a tilt angle of 9 + 10° produced the highest yield of output power. It can thus be recommended that PV modules be mounted at 9 + 10° for the winter time period in semi-arid regions of South Africa and that the setup and procedures used in this study are valid.
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