EU COST Action MP1307 - Unravelling the degradation mechanisms of emerging solar cell technologies
Organic and hybrid perovskite based solar cells have a huge potential to significantly contribute to a clean electricity supply of the future. However, so far they exhibit complex and hierarchical degradation paths and their understanding can only be acquired through the application of complementary...
| Main Authors: | , , , , , , , , , , , , , , |
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| Format: | Conference item |
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Institute of Electrical and Electronics Engineers
2016
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| _version_ | 1797075443796410368 |
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| author | Aernouts, T Brunetti, F De La Fuente, J Espinosa, N Urbina, A Fonrodona, M Lira-Cantu, M Galagan, Y Hoppe, H Katz, E Ramos, M Riede, M Vandewal, K Veenstra, S Von Hauff, E |
| author_facet | Aernouts, T Brunetti, F De La Fuente, J Espinosa, N Urbina, A Fonrodona, M Lira-Cantu, M Galagan, Y Hoppe, H Katz, E Ramos, M Riede, M Vandewal, K Veenstra, S Von Hauff, E |
| author_sort | Aernouts, T |
| collection | OXFORD |
| description | Organic and hybrid perovskite based solar cells have a huge potential to significantly contribute to a clean electricity supply of the future. However, so far they exhibit complex and hierarchical degradation paths and their understanding can only be acquired through the application of complementary chemical and physical characterization techniques. This limited device stability is the main hurdle for a successful and large scale market introduction of these emerging solar cell technologies. Our StableNextSol Action has created a highly interdisciplinary network of laboratories, as well as corresponding industry, overall more than 120 partners, with complementary analytical techniques for the study and understanding of the degradation mechanisms occurring in state-of-the-art devices. Our Action integrates and generates fundamental knowledge and expertise to foster disruptive innovations targeted to mitigate device failure and to propose and develop new concepts for more stable solar cells. Value is added to the entire value chain of photovoltaic research at European and international level, as well as variety decision makers in the public sector by supporting specialisation policy and standards still lacking in this research field. The outcome of the Action will contribute to resolve the global challenges facing the industry and this COST Action initiative has brought together all these expertises and resources to promote the cooperation between different sectors, academia, public authorities and industry. |
| first_indexed | 2024-03-06T23:50:32Z |
| format | Conference item |
| id | oxford-uuid:727142b1-348c-48d6-bb98-ab6718422dd7 |
| institution | University of Oxford |
| last_indexed | 2024-03-06T23:50:32Z |
| publishDate | 2016 |
| publisher | Institute of Electrical and Electronics Engineers |
| record_format | dspace |
| spelling | oxford-uuid:727142b1-348c-48d6-bb98-ab6718422dd72022-03-26T19:50:08ZEU COST Action MP1307 - Unravelling the degradation mechanisms of emerging solar cell technologiesConference itemhttp://purl.org/coar/resource_type/c_5794uuid:727142b1-348c-48d6-bb98-ab6718422dd7Symplectic Elements at OxfordInstitute of Electrical and Electronics Engineers2016Aernouts, TBrunetti, FDe La Fuente, JEspinosa, NUrbina, AFonrodona, MLira-Cantu, MGalagan, YHoppe, HKatz, ERamos, MRiede, MVandewal, KVeenstra, SVon Hauff, EOrganic and hybrid perovskite based solar cells have a huge potential to significantly contribute to a clean electricity supply of the future. However, so far they exhibit complex and hierarchical degradation paths and their understanding can only be acquired through the application of complementary chemical and physical characterization techniques. This limited device stability is the main hurdle for a successful and large scale market introduction of these emerging solar cell technologies. Our StableNextSol Action has created a highly interdisciplinary network of laboratories, as well as corresponding industry, overall more than 120 partners, with complementary analytical techniques for the study and understanding of the degradation mechanisms occurring in state-of-the-art devices. Our Action integrates and generates fundamental knowledge and expertise to foster disruptive innovations targeted to mitigate device failure and to propose and develop new concepts for more stable solar cells. Value is added to the entire value chain of photovoltaic research at European and international level, as well as variety decision makers in the public sector by supporting specialisation policy and standards still lacking in this research field. The outcome of the Action will contribute to resolve the global challenges facing the industry and this COST Action initiative has brought together all these expertises and resources to promote the cooperation between different sectors, academia, public authorities and industry. |
| spellingShingle | Aernouts, T Brunetti, F De La Fuente, J Espinosa, N Urbina, A Fonrodona, M Lira-Cantu, M Galagan, Y Hoppe, H Katz, E Ramos, M Riede, M Vandewal, K Veenstra, S Von Hauff, E EU COST Action MP1307 - Unravelling the degradation mechanisms of emerging solar cell technologies |
| title | EU COST Action MP1307 - Unravelling the degradation mechanisms of emerging solar cell technologies |
| title_full | EU COST Action MP1307 - Unravelling the degradation mechanisms of emerging solar cell technologies |
| title_fullStr | EU COST Action MP1307 - Unravelling the degradation mechanisms of emerging solar cell technologies |
| title_full_unstemmed | EU COST Action MP1307 - Unravelling the degradation mechanisms of emerging solar cell technologies |
| title_short | EU COST Action MP1307 - Unravelling the degradation mechanisms of emerging solar cell technologies |
| title_sort | eu cost action mp1307 unravelling the degradation mechanisms of emerging solar cell technologies |
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