Welcome to the FME SOLAR workshop: Materials for solar cells beyond Schockely-Queisser
In this hybrid workshop we will get an overview of the work in Norway on solar cell materials research, where the aim is to go beyond the Schockley-Queisser limit. This workshop is a collaboration between FME SOLAR and the Centre for Materials Science and Nanotechnology (SMN) at UiO. The agenda may change slightly.
Agenda:
Tandem solar cells
- 9:15 An introduction to tandem materials, Kristin Bergum (IFE)
- 9:30 Invited talk: Understanding and mitigating interface losses: towards >35% tandem PV, Sebastian Bonilla (University of Oxford)
- 10:00 Hyperspectral imaging of perovskite solar cells, Ivar Loland Råheim (NMBU)
- 10:30 Break
Oxide-based materials
- 10:45 Prospects for combinatorial materials science at UiO, Holger von Wenckstern (UiO)
- 11:00 SnWO4 for tandem solar cell applications, Ingvild Bergsbak (UiO)
- 11:15 Exploring novel oxide-perovskites for tandem PV applications, Anjali Choubey (UiO)
- 11:30 Photoactive materials discovery with Combinatorial Pulsed Laser Deposition, Magnus Andreassen (UiO)
- 11:45 Oxide-based materials for intermediate band solar cells, Eskil Vik (NTNU)
12:00 Lunch
Oxides and nitrides
- 13:00 Ab initio screening of nitrides for the use in tandem solar cells, Chris Erik Mohn (UiO
- 13:15 Novel II-IV nitrides, Vegard Standeren Olsen (SINTEF)
- 13:30 Spinel oxides for photovoltaics – as made by ALD, Harald Fredriksen Høiland (UiO)
- 13:45 Bandgap tuning of CuxZn1-xO by ALD, Viktor Bilstad (UiO)
14:00 Discussions
The workshop will be finished at 15:00 at the latest, pending updates to the program.
Deadline for registration November 11th.
For those who will attend via Teams, link to the meeting will be sent in advance.
For more information, please contact Kristin Bergum (IFE) Kristin.bergum(at)ife.no
Looking forward to seeing you!
