Tid
1.9.2017–31.8.2021
Övriga projektparter
Samarbetsparter
Finansiär
Budget
537 520 euro
Åbo Akademis del av budgeten
161 256 euro (30%)
Perovskite-based solar cells have proven to be strong candidates in solving the future energy demands. However, before they can be introduced on the market, issues related to their reproducibility and stability have to be clarified. It is particularly important to understand how the contact materials in the solar cell can be optimized to as efficiently as possible collect the generated charges, i.e. to produce a current in the device. By systematically varying these contact materials (e.g. by adjusting their chemical composition or their structure), we will determine the optimal materials with respect to the efficiency and stability of the solar cell. In order to achieve these goals, we will study the solar cell both experimentally and through simulations. The project is a collaboration between Dr. Jan-Henrik Smått’s group (Physical Chemistry) and Prof. Ronald Österbacka’s group (Physics) at Åbo Akademi University.
Kontakta oss
Jan-Henrik Smått
Äldre universitetslektor
i fysikalisk kemi
Laboratoriet för molekylärvetenskap och teknik