Application of an amphiphilic additive yields long-term morphological stability in organic solar cells

in: Solar RRL (2026)
Madalaimuthu, Jose Prince; Elmanova, Anna; James, Ayona; Dellith, Andrea; Täuber, Daniela; Meitzner, Rico; Müller, Frank A.; Gerase, Yisak Tsegazab; Presselt, Martin; Hoppe, Harald; Matzdorff, Tim; Xu, Zhou; Ismail, Hassan; Anand, Aman; Schubert, Ulrich S.
Organic photovoltaics (OPV) is one of the new solar energy technologies, which offers various benefits including short energy payback time, lightweight, flexibility, and semitransparency. Recent development progress has attracted substantial scientific and commercial interest. Nevertheless, challenges include scalability and stability, necessitating larger efforts to improve the processability and long-term stability of solar cells. This study focuses on the device’s long-term stability, specifically on stabilizing the morphology of the photoactive layer. An amphiphilic molecule, p-toluene sulfonic acid (TSA), was used as an additive to improve both performance and stability by controlling the morphology of P3HT:PCBM solar cells.

Third party cookies & scripts

This site uses cookies. For optimal performance, smooth social media and promotional use, it is recommended that you agree to third party cookies and scripts. This may involve sharing information about your use of the third-party social media, advertising and analytics website.
For more information, see privacy policy and imprint.
Which cookies & scripts and the associated processing of your personal data do you agree with?

You can change your preferences anytime by visiting privacy policy.