Journal of Industrial and Engineering Chemistry, Vol.75, 138-147, July, 2019
Design and synthesis of acceptor.donor.acceptor small molecule based on caffeine derivative for efficient and stable polymer solar cells
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We designed and synthesized IDTBTCf (Indacenodithiophene-benzothiadiazolecaffeine) non-fullerene acceptor by using the caffeine derivative as the electron withdrawing end-group. It showed strong polarization that is possible to improve stability by causing non-covalent interaction in active layer. When 2.5 wt% IDTBTCf was introduced as the third component in PTB7:PC71BM binary blend, the power conversion efficiency (PCE) is more higher value of 8.7% than the reference (8.4%). As a result of stability measurement without encapsulation in a glove box for 172 h, a device with IDTBTCf (degradation rate of efficiency, 8%) showed better stability than the reference one (degradation rate of efficiency, 15.5%).
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