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doctoral thesis

Photoinduced processes in hybrid perovskite for optoelectronics

Queloz, Valentin Ianis Emmanuel  
2021

Hybrids organic-inorganic perovskite(HOP) solar cells have unequivocally the potential for being a new generation of solar panels with a lower cost and a greater efficiency than well-known silicon solar panels. Today, even if HOPs are seen as one of the best ways to overcome climate change, they still have drawbacks to overcome, such as limited stability, especially in humid conditions. The more stable 2D perovskites, a low-dimension subfamily of the HOP is a good candidate to protect the 3D HOP while keeping a good efficiency. The understanding of the interaction between the 2D and the 3D perovskite is crucial to push the HOP cell toward the next step. Finally MoS2 nano flakes where investigated. We revealed the entire free carrier dynamics which is crucial for its use as a buffer layer in highly efficient and stable solar cell.

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Type
doctoral thesis
DOI
10.5075/epfl-thesis-9242
Author(s)
Queloz, Valentin Ianis Emmanuel  
Advisors
Nazeeruddin, Mohammad Khaja  
•
Grancini, Giulia  
Jury

Prof. Majed Chergui (président) ; Prof. Mohammad Khaja Nazeeruddin, Giulia Grancini (directeurs) ; Prof. Wendy Queen, Prof. Emilio Palomares, Dr. Marius Franckevicius (rapporteurs)

Date Issued

2021

Publisher

EPFL

Publisher place

Lausanne

Public defense year

2021-08-27

Thesis number

9242

Total of pages

203

Subjects

Photovoltaic

•

perovskite

•

solar cells

•

spectroscopy

•

2D perovskite

•

interface

•

bilayer

•

low-dimensional

•

MoS2

EPFL units
SCGC-ENS  
Faculty
SB  
Doctoral School
EDCH  
Available on Infoscience
August 19, 2021
Use this identifier to reference this record
https://infoscience.epfl.ch/handle/20.500.14299/180731
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