Solution-Processed Organic Solar Cells

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Polymer–fullerene bulk heterojunction solar cells (2010, background): “ocessed on large areas in high volumes by roll-to-roll techniques. Those allow to achieve 10000 m2 per hour, which is CONTENTS 50 orders of magnitude faster than the processing of crystalline silicon [286]. Using roll-to-roll techniques, material can be deposited onto a ﬂexible substrate from the ga”
Conducting Polymers and their Applications (2012, background): “The potential of conducting polymers resides in their low cost, not because of the low price of the materials applied, but due to the printing techniques applied for their fabrication [158].”
How the structural deviations on the backbone of conjugated polymers influence their optoelectronic properties and photovoltaic performance (2011, background): “However, other lectron-withdrawing groups have been also incorporated nto a polythiophene matrix and these are thieno[3,4][1,2,5]thiadiazole (77) [123], pyrazino[2,3-g]quinoxaline 78, 79) [124] and N-(dodecyl)-phthalimide (80) [125] Chart 22).”
Business, market and intellectual property analysis of polymer solar cells (2010, background): “tandem cells [34,35], stability [26], processing [32,33], low band gap materials [13,21,28], hybrid solar cells [20,29,31,39] and novel concepts [40].”