High efficiency based solar cells and modules from established market technologies (Si, chalcogenide and III-V based materials)

2:00 PM • S-2.4.3 KN • The future of (silicon) photovoltaic technology > S. Stefan GLUNZ 2:40 PM • S-2.4.3 IL1 • Thin film solar cells - at 23 % efficiency and beyond > M. Marika EDOFF 3:10 PM • 2328 • Electrodeposition of Thin Film Semiconductors for Large and Small Area Solar Cell Applications > D. Daniel SIOPA 3:25 PM • 1556 • Low temperature Cu(In,Ga)Se2 solar cells: structural, chemical and electrical properties > M. Matteo BALESTRIERI 3:40 PM • 1686 • Innovative fabrication process for band gap tuning of CIGS solar cells using metal electrodeposition and thermal annealing under S/Se reactive atmosphere. > A. Alexandre CROSSAY 4:15 PM • 1129 • Chemical aspects on the p-n junction formation in CIGS-based solar cells > D. Dimitrios HARISKOS 4:30 PM • 1086 • Chemical Crystallographic investigations on chalcogenides for photovoltaic applications > A. Alain LAFOND 4:45 PM • 1155 • Photochemical deposition of Zn(S,O) buffer layers for Cu(In,Ga)Se2 thin films solar cells via reusable solutions > S. Serena GALLANTI 5:00 PM • 640 • Toward understanding of CIGS surface reactivity and ageing for high efficiency photovoltaic modules: an XPS study > S. Solene BECHU 5:15 PM • 1415 • Cu2O based thin films deposition via atmospheric pressure spatial atomic layer deposition towards photovoltaic applications > A. Abderrahime SEKKAT 5:30 PM • S-2.4.3 IL2 • Where are we at with existing solar cells ? > D. David CAHEN