太阳能系统用适应极端干旱和海洋气候条件的玻璃功能性涂层试验

E. Klimm, L. Ost, B. Spiegelhalter, K. Weiß
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引用次数: 3

摘要

干旱或海洋地区的极端气候条件对太阳能系统的要求非常高。本文介绍了在不同气候条件下的干旱和海上室外风化试验场进行1年和2年的表面污染试验的经验。区域因素确实对颗粒在表面的粘附起着重要的作用。为了模拟大气粉尘沉积和测试功能材料,我们内部开发的测试设备采用了特殊的弗劳恩霍夫ISE粉尘方法。因此,表征表面的污染特性是可能的,功能特性可以比较。这种功能涂层的表征是由光谱测量和润湿行为补充的。这项新测试是新材料设计与光伏系统在极端气候下应用之间的交叉联系。功能和可靠性的确定是主要目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tests of functional coatings on glass adapted to extreme - arid and maritime - climatic conditions for solar energy systems
Extreme climatic conditions, found at arid or maritime regions, are very demanding for solar energy systems. In this paper we share experiences about the soiling of surfaces, exposed for one and two years at arid and maritime outdoor weathering test sites with different climatic conditions. The regional factors do play an important role for the adhesion of particles on the surfaces. To simulate atmospheric dust deposition and to test functional materials a special Fraunhofer ISE dusting method is applied by our in-house developed test equipment. Thereby a characterization of the soiling properties of surfaces is possible and functional properties come comparable. This characterization of the functional coatings is complemented by spectral measurements and wetting behavior. This new test is the cross link between the design of new materials and the application of PV systems exposed to extreme climates. The determination of the functionality and reliability is the major aim.
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