Electron transporting bilayers for perovskite solar cells: spray coating deposition of c-TiO2/m-SnO2-quantum dots
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| Main Authors: | , , , , , , , , , , , , , , |
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| Format: | Preprint |
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2024
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| author | Mirea, Anca G. Vlaicu, Ioana D. Derbali, Sarah Neatu, Florentina Tomulescu, Andrei G. Besleaga, Cristina Enculescu, Monica Kuncser, Andrei C. Iacoban, Alexandra C. Filipoiu, Nicolae Cuzminschi, Marina Nemnes, George A. Manolescu, Andrei Florea, Mihaela Pintilie, Ioana |
| author_facet | Mirea, Anca G. Vlaicu, Ioana D. Derbali, Sarah Neatu, Florentina Tomulescu, Andrei G. Besleaga, Cristina Enculescu, Monica Kuncser, Andrei C. Iacoban, Alexandra C. Filipoiu, Nicolae Cuzminschi, Marina Nemnes, George A. Manolescu, Andrei Florea, Mihaela Pintilie, Ioana |
| contents | Herein we present a comparative study among different mesoporous electron transporter layers (ETLs), namely nanometric m-TiO2, m-SnO2 and m-SnO2 quantum dots (QDs), deposited by spray coating method. The experimental data correlated with the photovoltaic parameters indicate that the SnO2 mesoporous layer obtained from the spray deposition of the in-house prepared QDs solution is the best candidate between the three used mesoporous ETLs. The use of the in-house prepared SnO2 QDs solution presents smaller agglomerates composed of 3 nm NPs resulting in the formation of a thinner, more uniform, and compact mesoporous ETL, compared with the other two ETL solutions. The formamidinium-methylamonium-potassium (FAMA@10K) perovskite deposited on this m-SnO2 QDs ETL presents a lower RMS, more uniformity and, a higher amount of PbI2. Interestingly, this higher concentration for PbI2 seems to enhance the performance of the perovskite solar cells (PSC), compared to the other two mesoporous ETLs. Our work reveals that SnO2 QDs solution can be easily produced in the laboratory and it is more suited for the deposition of the mesoporous ETL when choosing a FAMA@10K configuration perovskite solar cell with power conversion efficiency (PCE) higher than 10%. |
| format | Preprint |
| id |
arxiv_https___arxiv_org_abs_2406_18261 |
| institution | arXiv |
| publishDate | 2024 |
| record_format | arxiv |
| spellingShingle | Electron transporting bilayers for perovskite solar cells: spray coating deposition of c-TiO2/m-SnO2-quantum dots Mirea, Anca G. Vlaicu, Ioana D. Derbali, Sarah Neatu, Florentina Tomulescu, Andrei G. Besleaga, Cristina Enculescu, Monica Kuncser, Andrei C. Iacoban, Alexandra C. Filipoiu, Nicolae Cuzminschi, Marina Nemnes, George A. Manolescu, Andrei Florea, Mihaela Pintilie, Ioana Applied Physics Materials Science Herein we present a comparative study among different mesoporous electron transporter layers (ETLs), namely nanometric m-TiO2, m-SnO2 and m-SnO2 quantum dots (QDs), deposited by spray coating method. The experimental data correlated with the photovoltaic parameters indicate that the SnO2 mesoporous layer obtained from the spray deposition of the in-house prepared QDs solution is the best candidate between the three used mesoporous ETLs. The use of the in-house prepared SnO2 QDs solution presents smaller agglomerates composed of 3 nm NPs resulting in the formation of a thinner, more uniform, and compact mesoporous ETL, compared with the other two ETL solutions. The formamidinium-methylamonium-potassium (FAMA@10K) perovskite deposited on this m-SnO2 QDs ETL presents a lower RMS, more uniformity and, a higher amount of PbI2. Interestingly, this higher concentration for PbI2 seems to enhance the performance of the perovskite solar cells (PSC), compared to the other two mesoporous ETLs. Our work reveals that SnO2 QDs solution can be easily produced in the laboratory and it is more suited for the deposition of the mesoporous ETL when choosing a FAMA@10K configuration perovskite solar cell with power conversion efficiency (PCE) higher than 10%. |
| title | Electron transporting bilayers for perovskite solar cells: spray coating deposition of c-TiO2/m-SnO2-quantum dots |
| topic | Applied Physics Materials Science |
| url | https://arxiv.org/abs/2406.18261 |