Chemical Engineering Journal

2022 CEJ : PSCs Efficiency Reaches 22.9%! How All-In-One Additives Adjust Crystallization and Passivation 縮圖 6

2022 CEJ : PSCs Efficiency Reaches 22.9%! How All-In-One Additives Adjust Crystallization and Passivation

2023 CEJ : PSCs Efficiency Reaches 22.9%! How All-In-One Additives Adjust Crystallization and Passivation 本文亮點 The sulfonyl group and pyridine nitrogen synergistically passivate lead defects. Trifluoromethyl groups inhibit cation vacancies and improve humidity stability. Low dosage of organic additives realizes effective crystallization control. The 2-BTFSIP-modified MAPbI3 device yields a PCE of 21.96%, enhancement of ~15%. In recent …

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2022 Chemical Engineering Journal : How an overall interface modification strategy can improve perovskite solar cell performance and reduce lead leakage 縮圖 1

2022 Chemical Engineering Journal : How an overall interface modification strategy can improve perovskite solar cell performance and reduce lead leakage

2022 Chemical Engineering Journal : How an overall interface modification strategy can improve perovskite solar cell performance and reduce lead leakage Highlights1. A holistic interface strategy has been proved to improve the performance of PSC. 2. The PCE of the device is 24.14% (0.09 cm2) and 17.36% (19.32 cm2), respectively. 3. The lead leakage of …

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2022 Chemical Engineering Journal : The highest efficiency of Ag3BiI6rudorffite solar cells reaches 2.77%!

2022 Chemical Engineering Journal : The highest efficiency of Ag3BiI6 rudorffite solar cells reaches 2.77%! Highlight1. Photovoltaics of the lead-free absorber layer, Ag3BiI6 ,were obtained from the thermal assisted blade coating technique. 2. Modification of carrier transporting layers renders Ag3BiI6 to exhibit superior photovoltaic performance   with 2.77%. 3. The champion device with a one-millimeter square active area …

2022 Chemical Engineering Journal : The highest efficiency of Ag3BiI6rudorffite solar cells reaches 2.77%! Read More »

Perovskite Sulfonium Salt Interface Passivation solar simulator

Science News: 2021 Chem. Eng. J., Novel Sulfonium Salt Interface Passivation toward Efficient and Stable Perovskite

Science News: 2021 Chem. Eng. J., Novel Sulfonium Salt Interface Passivation toward Efficient and Stable Perovskite   Chemical Engineering Journal (IF 13.273) published a study in October 2021. The research team achieved an interface passivation strategy by embedding a new type of sulfonium salt and realized a stable and efficient perovskite solar cell.   Due to its …

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