Laurie Wipliez's 4 research works with 2 citations and 552 reads, including: Back end monolithic series interconnection of a thin film pv module by laser scribing and screen printing

Laurie Wipliez has two years of experience in research and development of laser processing of silicon PV materials and devices. She received her Master degree in Materials Science and Nanotechnology from the National Institute of Applied Sciences (INSA) in Rennes (France).

In this study, the laser process has to remove the silver nanowire layer in order to obtain an electrical isolation: no remaining bridges in the scribe due to recast material or incomplete removal can be tolerated.

Request PDF | On Jun 17, 2014, Laurie Wipliez and others published Femtosecond laser ablation of thin films in organic photovoltaic cells including silver nanowires as the transparent electrode...

Laurie Wipliez, Jochen Löffler, Martijn de Keijzer, Wim Soppe, homas Sebastien, Aart Schoonderbeek, Oliver Haupt, Uwe Stute. "Depth selective laser scribing of thin-film silicon solar cells on foil."

Mar 31, 2016 · Laser ablation of this transparent conductive thin film deposited on polyethylene terephthalate has been investigated using an ultrafast laser source. Pulse energy and scan speed were varied to determine their influence on depth selectivity and process window.

For the area of thin-film PV, we present the concept and latest results of depth selective laser scribing for monolithic series interconnection enabling low-cost high-efficiency thin-film silicon solar cells for roll-to-roll production on steel foil. This concept can be extended to any thin-film technology manufactured in this way. 2.

En intégrant l'INSA de Rennes, en 2005, je me suis spécialisée dans les domaines des matériaux et de la nanotechnologie. Cette formation d'ingénieur m'a donné la...

Jan 1, 2014 · Laurie Wipliez, et. al.Laurie Wipliez ... Wim Soppe 01 Jan 2009 Save Laser scribing of CIGS thin-film solar cell on flexible substrate

Generic processes such as depth-selective laser scribing and the printing of insulating and conductive tracks that can be cured at low temperature, are a key requirement to enable cost efficient production of advanced thin-film PV concepts.