• Acta Photonica Sinica
  • Vol. 52, Issue 11, 1116001 (2023)
Kun HE1, Xiaoliang ZHAO1, Jun WANG1, Bixin LI2,3,*..., Bin DU1,** and Yanlong WANG4,***|Show fewer author(s)
Author Affiliations
  • 1School of Materials Science and Engineering,Xi'an Polytechnic University,Xi'an 710048,China
  • 2School of Physics and Chemistry,Hunan First Normal University,Changsha 410205,China
  • 3Shaanxi Institute of Flexible Electronics,Northwestern Polytechnical University,Xi'an 710072,China
  • 4Dalian Institute of Chemical Physics,Chinese Academy of Sciences,Dalian 116023,China
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    DOI: 10.3788/gzxb20235211.1116001 Cite this Article
    Kun HE, Xiaoliang ZHAO, Jun WANG, Bixin LI, Bin DU, Yanlong WANG. Progress and Challenges of Efficient and Stable Halide-based Perovskite Solar Cells(Invited)[J]. Acta Photonica Sinica, 2023, 52(11): 1116001 Copy Citation Text show less
    PSCs light-absorbing layer materials and power generation mechanism
    Fig. 1. PSCs light-absorbing layer materials and power generation mechanism
    The development of PSCs device structure
    Fig. 2. The development of PSCs device structure
    The types of defects on perovskite films and their passivation process through chemical bonds and inhibition process of ion migration[47]
    Fig. 3. The types of defects on perovskite films and their passivation process through chemical bonds and inhibition process of ion migration47
    Different passivation strategies and performance characterization for ETL/perovskite interface in n-i-p structure PSCs
    Fig. 4. Different passivation strategies and performance characterization for ETL/perovskite interface in n-i-p structure PSCs
    Performance characterization of different passivation strategies at perovskite/PCBM interface
    Fig. 5. Performance characterization of different passivation strategies at perovskite/PCBM interface
    Different passivation strategies and performance characterization for perovskite/HTL interface in n-i-p structure PSCs
    Fig. 6. Different passivation strategies and performance characterization for perovskite/HTL interface in n-i-p structure PSCs
    Different passivation strategies and performance characterization for additive precursor engineering
    Fig. 7. Different passivation strategies and performance characterization for additive precursor engineering
    Different passivation strategies and preparation processes for antisolvent engineering
    Fig. 8. Different passivation strategies and preparation processes for antisolvent engineering
    One-step laser process of doping Ta into TiO2 and crystallizing TiO2 film from amorphous precursor to anatase phase[76]
    Fig. 9. One-step laser process of doping Ta into TiO2 and crystallizing TiO2 film from amorphous precursor to anatase phase76
    Performance characterization of different SnO2 ETL dopants
    Fig. 10. Performance characterization of different SnO2 ETL dopants
    IEP measurements of ZnO and 5 wt% Mn∶ZnO powders[79]
    Fig. 11. IEP measurements of ZnO and 5 wt% Mn∶ZnO powders79
    Performance characterization of different HTL dopants in planar n-i-p structure PSCs
    Fig. 12. Performance characterization of different HTL dopants in planar n-i-p structure PSCs
    StrategyPassivatorProcessingVOC/VJSC/(mA·cm-2FF/%PCE/%Reference
    Interface engineeringCF3PhAIControl1.16824.4180.0422.8283
    Passivated1.17224.4880.4023.06
    Interface engineering2C60-BphenControl1.11021.8080.0019.6584
    Passivated1.11022.7080.0620.24
    Interface engineeringCFAControl1.14025.7776.2622.4085
    Passivated1.17025.7977.7723.47
    Interface engineeringCl-BSMControl1.02024.3077.8619.3086
    Passivated1.12024.6081.3622.42
    Interface engineeringDEPControl1.13023.7678.3421.1487
    Passivated1.17024.1981.9123.21
    Interface engineeringDLControl1.14024.9979.4522.6288
    Passivated1.20025.2183.4825.24
    Interface engineeringFBAControl1.08725.2181.3222.2889
    Passivated1.13525.3284.4024.26
    Interface engineeringMSPControl1.14024.8976.9021.8690
    Passivated1.18025.0478.9023.29
    Interface engineeringNiAc2Control1.12023.7079.3921.0791
    Passivated1.15023.8281.8823.02
    Interface engineeringPV-IControl1.05023.7377.4019.4192
    Passivated1.11024.6980.2022.02
    Interface engineeringSnO2Control1.10625.7177.6822.0993
    Passivated1.15826.0679.0223.86
    Interface engineeringTDAControl1.17024.9177.6322.6194
    Passivated1.20025.1182.7524.96
    Interface engineeringCzEAIControl1.14024.9578.4222.3195
    Passivated1.20025.4179.2224.14
    Interface engineeringBPCSAControl1.06022.7778.9319.0796
    Passivated1.10025.6083.2823.45
    Interface engineeringp-F-PEAIControl1.07223.5683.5521.2097
    Passivated1.12424.0484.9822.93
    Interface engineeringPMMAControl1.19022.5478.6521.1498
    Passivated1.29022.4877.4922.47
    Interface engineeringBAIControl1.12026.0478.923.0299
    Passivated1.15926.0183.925.32
    Interface engineeringCLPUControl1.04525.4681.2321.63100
    Passivated1.11125.6881.0623.14
    Interface engineeringPAHControl1.12025.3074.0021.10101
    Passivated1.18025.6081.4024.60
    Interface engineeringTMBAIControl1.11024.9076.3021.10102
    Passivated1.17025.3080.2023.70
    Perovskite surface treatment[4MBP]ClControl1.11026.2883.1024.24103
    Passivated1.15126.2983.4025.24
    Perovskite surface treatmentHCOOKControl1.11024.8076.7021.10104
    Passivated1.15025.5081.0023.80
    Perovskite surface treatmentMAFaControl1.09124.7076.5320.62105
    Passivated1.18124.9981.6224.09
    Perovskite surface treatmentNVPControl1.15125.2178.9422.91106
    Passivated1.19525.7780.1924.69
    Perovskite surface treatmentPOF-HDDAControl1.13125.0978.5022.28107
    Passivated1.20125.7280.1324.76
    Perovskite surface treatmentPAEMI-TFSIControl1.08024.0079.2820.54108
    Passivated1.14024.0681.8122.40
    Perovskite surface treatmentPBGClControl1.13425.5778.0822.66109
    Passivated1.16425.6382.6524.67
    Perovskite surface treatmentPEA2PbI4@MAClControl0.98023.3570.8016.22110
    Passivated1.16524.7582.2023.69
    Perovskite surface treatmentSnOxControl0.82030.4076.7119.16111
    Passivated0.88031.4279.7622.16
    Dopant passivationPbS QDsControl1.11022.6579.9020.08112
    Passivated1.15024.8681.2023.27
    Dopant passivationRbCl@tBBAIControl1.10023.8478.5220.54113
    Passivated1.16024.5079.0422.54
    Dopant passivationSTRSControl1.13423.8276.2020.61114
    Passivated1.16024.5080.5022.89
    Dopant passivationOATFSIControl1.03325.6080.3021.23115
    Passivated1.08425.4584.6023.34
    Dopant passivationLQControl1.11725.1774.7821.03116
    Passivated1.15125.6382.7624.42
    Table 1. The passivators used in different PSCs passivation strategies in the past year and the performance comparison before and after passivation
    Kun HE, Xiaoliang ZHAO, Jun WANG, Bixin LI, Bin DU, Yanlong WANG. Progress and Challenges of Efficient and Stable Halide-based Perovskite Solar Cells(Invited)[J]. Acta Photonica Sinica, 2023, 52(11): 1116001
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