About Principle of anti-salt spray treatment for photovoltaic bracket
The salt spray test is an accelerated test for corrosion resistance that is not only applicable to metals and their alloys, but also to the surface coverage layer or surface modification layer, for example anodic oxide film, chemical conversion film, electrodeposit, chemical deposit, organic coating layer, and so on.
The salt spray test is an accelerated test for corrosion resistance that is not only applicable to metals and their alloys, but also to the surface coverage layer or surface modification layer, for example anodic oxide film, chemical conversion film, electrodeposit, chemical deposit, organic coating layer, and so on.
The purpose of this paper is to study the durability and performance of photovoltaic glass components in salt spray environments. So it can be founed that a reasonable solution to increase the life of PV glass and to ensure the continuity of its performance.
The salt spray test is an accelerated test for corrosion resistance that is not only ap- plicable to metals and their alloys, but also to the surface coverage layer or surface modi- fication layer, for example anodic oxide film, chemical conversion film, electrodeposit.
The external salt spray particles and humid air will affect the components, cables (especially grounding cables), metal brackets, inverters, and distribution boxes. In addition, high temperature and high humidity environments will also affect the PV system, such as:.
The external salt spray particles and humid air will affect the components, cables (especially grounding cables), metal brackets, inverters, and distribution boxes. High temperature and high humidity environments will also affect the PV system, especially with large temperature differences, such as beaches, mountains, and other areas, where .
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