Understanding the Movement of Cracked Solar Cell Parts in PV-modules during Mechanical Loading

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Haase, F.; Käsewieter, J.; Köntges, M.: Understanding the Movement of Cracked Solar Cell Parts in PV-modules during Mechanical Loading. In: Energy Procedia 92 (2016), S. 554-559. DOI: https://doi.org/10.1016/j.egypro.2016.07.019

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Sum total of downloads: 72




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Abstract: 
We measure the three dimensional movement of cracked solar cell parts in standard sized PV-modules during a four line bending test. We develop a model which explains this movement assuming that the centers of mass of the solar cells or cell parts are fixed to the module glass. The widening of all cell gap widths is proportional to the bending roll displacement until a cell cracks in parallel to the bending rolls due to the tensile stress in the cells. At this point, the crack opens abruptly while the two parallel cell gaps next to the cracked cell close simultaneously by the same distance in sum. From here on, the cell gaps and the cell crack increases proportionally to the bending roll displacement. Since the distance between the centers of mass of both cracked cell parts is independent of the crack position, the crack width is also independent of the crack position for single cracks. Multiple parallel cracks in solar cells have smaller crack widths according to this model. Laminates without a backsheet show about 30% larger crack widths.
License of this version: CC BY-NC-ND 4.0 Unported
Document Type: article
Publishing status: publishedVersion
Issue Date: 2016
Appears in Collections:An-Institute

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pos. country downloads
total perc.
1 image of flag of Germany Germany 52 72.22%
2 image of flag of China China 9 12.50%
3 image of flag of United States United States 4 5.56%
4 image of flag of Poland Poland 2 2.78%
5 image of flag of Austria Austria 2 2.78%
6 image of flag of Slovenia Slovenia 1 1.39%
7 image of flag of France France 1 1.39%
8 image of flag of Ecuador Ecuador 1 1.39%

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