Hoineno村15 Kwp离网太阳能发电系统中光伏组件的目视检查

J. Mauta, Julius A. Tanesab, Indranata Panggalo
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引用次数: 0

摘要

部署在室外的光伏(PV)组件暴露在各种环境条件下,这些环境条件可能导致其输出功率降低。目视检查是一种众所周知的初始方法,通常用于评估光伏组件的退化模式。通过应用该方法,发现安装在Hoineno村15kwp离网太阳能发电系统上的组件经历了蜗牛痕迹、微裂纹、污垢、变色和腐蚀等多种降解模式。除污染因素外,退化的类型可能归因于村庄的高温和高湿度。灰尘的影响可以通过执行清洁程序来消除。通过这样做,可以避免光伏组件的经济损失和永久性退化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Visual Inspection Of Photovoltaic Modules Deployed In A 15 Kwp Off-Grid Solar Power System At Hoineno Village
Photovoltaic (PV) modules deployed outdoor are exposed to various environmental conditions which can contribute to degrade their power output. Visual inspection is a well known as an initial method commonly applied to assess degradation modes of PV modules. By applying the method, it was found that the modules installed on the 15 kWp off-grid solar power system at Hoineno village experienced several degradation modes such as snail trails, microcracks, soiling, discoloration, and corrosion. Except soiling factor, the type of degradation is likely attributed to the high temperature and humidity in the village. The effect of dust can be eliminated by performing a cleaning procedure. By doing that, economic losses and permanent degradation on PV modules can be avoided.
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