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We present an optimization study of concentrator arrays for external light trapping.
Finally, the prospects of external light trapping are analyzed and we give guidelines for improvements of the external light trap design.
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Scaling a single external light trap such that it covers a large solar panel has disadvantages in terms of height and cost of the external light trap.
These disadvantages can be overcome by deploying an array of concentrators as the top part of the external light trap.
An external light trap consists of a parabolic concentrator and a spacer that redirects the photons that are reflected by the solar cell back towards the solar cell.
We fabricated 3D-printed externalighthtrapsps with a square, hexagonal and circular compound parabolic concentrator to test their suitability for concentrator arrays.
After our recent demonstration of a 3D-printed external light trap on a small solar cell, we now consider its potential for large solar panels.
The design based on light trapping scheme on the external of cell is feasible and worth promoting.
Improving light trapping, reducing unit cell geometry and reducing external series resistance are discussed.
Light trapping.
This surface texturing strengthened the light trapping.
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