Abstract
We study the effects of the tunneling evanescent wave, the incident angle and the conductive layer thickness on light energy capture for thin-film polymer solar cells in theory. It is shown that as the thicknesses of conductive layer decrease from 75nm to 30nm, the results show that the absorption increases from 58.53% to 67.75% of incoming light at 480nm and the average optical absorption of the evanescent wave increases from 0.1319% to 0.2083% of incoming light, respectively. The research results indicate that the conducting layer thickness reduction can increase the optical capture of the active layer.
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