Interface oxides in femtosecond laser structured plated Ni-Cu-Ag contacts for silicon solar cells

A Büchler, S Kluska, F Meyer, AA Brand… - Solar Energy Materials …, 2017 - Elsevier
Light-induced plating of a Ni-Cu-Ag stack allows for high efficient and potentially low cost
solar cell metallization. The definition of the contact structure is performed by local laser …

Untangling the mysteries of plated metal finger adhesion: understanding the contributions from plating rate, chemistry, grid geometry, and sintering

X Wang, PC Hsiao, W Zhang… - IEEE Journal of …, 2016 - ieeexplore.ieee.org
Historically, busbar pull tests have been used as a measure of metal–silicon adhesion for
silicon solar cells; however, such measurements cannot be easily applied to evaluate finger …

Monitoring of adhesion for plated metallisation: Why busbar pull tests are not sufficient

X Wang, PC Hsiao, W Zhang, B Johnston, A Stokes… - Energy Procedia, 2016 - Elsevier
Copper plating can reduce the consumption of silver for silicon photovoltaic manufacturing,
whilst also offering the potential to increase cell efficiency by way of reduced shading due to …

[PDF][PDF] Aerosol Processing for Plated Selective-Emitter Silicon Solar Cells

J Rodriguez - 2016 - unsworks.unsw.edu.au
In order to enable higher conversion efficiencies, commercially-produced p-type solar cell
devices of the future will require the minimisation of front surface (emitter) recombination …

Notice of Removal: Untangling the mysteries of plated metal finger adhesion: Understanding the contributions from plating rate, chemistry, grid geometry and sintering

X Wang, PC Hsiao, W Zhang… - 44th IEEE …, 2017 - researchportalplus.anu.edu.au
Historically busbar pull tests have been used as a measure of metal-silicon adhesion for
silicon solar cells, however such measurements cannot be easily applied to evaluate finger …