Patterning solar cell metal grids on transparent conductive oxides using self-assembled phosphonic acid monolayers
Loading...
Author
Andreatta, Gaëlle Anne Léonie
Lachowicz, Agata
Blondiaux, Nicolas
Allebé, Christophe
Faes, Antonin
Abstract
We present a novel, simple and cost-effective method for patterning transparent conductive oxides (TCO) in order to form solar cell's metal grid by electro-plating. Self-assembled monolayers (SAMs) are prepared by dipping substrates in or spraying TCO with perfluorinated and alkylated phosphonic acid solutions. The investigated chemistry and explored deposition parameters on indium tin oxide have resulted in highly hydrophobic surfaces with exceptional coverage of the TCO by the SAMs. The resistance of the deposited layers to acidic plating conditions has been challenging but SAMs at optimized processing conditions have demonstrated masking properties for nickel electroplating.
Publication Reference
Thin Solid Films, Vol 691, pp. 137624
Year
2019-12-01
Sponsors
ANR SNSF