Minimizing the Interface-Driven Losses in Inverted Perovskite Solar Cells and Modules

Zhang, XinXinZhangQiu, WeimingWeimingQiuApergi, SofiaSofiaApergiSingh, ShivamShivamSinghMarchezi, PauloPauloMarcheziSong, WenyaWenyaSongSternemann, ChristianChristianSternemannElkhouly, KarimKarimElkhoulyZhang, DongDongZhangAguirre, AranzazuAranzazuAguirreMerckx, TamaraTamaraMerckxKrishna, AnuragAnuragKrishnaShi, YuanyuanYuanyuanShiBracesco, AndreaAndreaBracescovan Helvoirt, CristianCristianvan HelvoirtBens, FrennieFrennieBensZardetto, ValerioValerioZardettoD'Haen, JanJanD'HaenYu, AnranAnranYuBrocks, GeertGeertBrocksAernouts, TomTomAernoutsMoons, EllenEllenMoonsTao, ShuxiaShuxiaTaoZhan, YiqiangYiqiangZhanKuang, YinghuanYinghuanKuangPoortmans, JefJefPoortmans2023-08-282023-06-022023-08-2820232380-8195WOS:000985979900001https://imec-publications.be/handle/20.500.12860/41673Minimizing the Interface-Driven Losses in Inverted Perovskite Solar Cells and ModulesJournal article10.1021/acsenergylett.3c00697WOS:000985979900001NICKEL-OXIDEEFFICIENTSTABILITYPERFORMANCELAYER