• Journal of Inorganic Materials
  • Vol. 35, Issue 6, 623 (2020)
Shouwu YU1, Zewen ZHAO1、2, Jinjin ZHAO2, Shujuan XIAO1, Yan SHI3, Cunfa GAO3, Xiao SU2, Yuxiang HU4, Zhisheng ZHAO5, Jie WANG2, and Lianzhou WANG4、*
Author Affiliations
  • 1College of Materials Science and Engineering, North China University of Science and Technology, Tangshan 063009, China
  • 2School of Materials Science and Engineering, Shijiazhuang Tiedao University, Shijiazhuang 050043, China
  • 3State Key Laboratory of Mechanics and Control of Mechanical Structures, Nanjing University of Aeronautics and Astronautics, Nanjing 210016, China
  • 4Australian Institute for Bioengineering and Nanotechnology, Nanomaterials Centre, School of Chemical Engineering, The University of Queensland, Brisbane QLD 4072, Australia
  • 5State Key Laboratory of Metastable Materials Science and Technology, Yanshan University, Qinhuangdao 066004, China
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    DOI: 10.15541/jim20190342 Cite this Article
    Shouwu YU, Zewen ZHAO, Jinjin ZHAO, Shujuan XIAO, Yan SHI, Cunfa GAO, Xiao SU, Yuxiang HU, Zhisheng ZHAO, Jie WANG, Lianzhou WANG. Research Progress in Novel In-situ Integrative Photovoltaic-storage Tandem Cells[J]. Journal of Inorganic Materials, 2020, 35(6): 623 Copy Citation Text show less
    Schematic diagram of an in-situ integrative photovoltaic- storage tandem cell
    1. Schematic diagram of an in-situ integrative photovoltaic- storage tandem cell
    (a-b)Photographs[29] and (c-d) schematic diagrams of in-situ integrated SiSC-storage tandem cells[19,30]
    2. (a-b)Photographs[29] and (c-d) schematic diagrams of in-situ integrated SiSC-storage tandem cells[19,30]
    (a) Photograph[46] and (b-f) schematic diagrams[11,39,46] of in-situ integrated DSSC-storagetandem cells, and (g-h) schematic diagrams of in-situ integrated QDSSC-storage tandem cells[48]
    3. (a) Photograph[46] and (b-f) schematic diagrams[11,39,46] of in-situ integrated DSSC-storagetandem cells, and (g-h) schematic diagrams of in-situ integrated QDSSC-storage tandem cells[48]
    (a) Photograph[75] and (b-d) schematic diagrams of in-situ integrated PSC-storage tandem cells[13,73,75]
    4. (a) Photograph[75] and (b-d) schematic diagrams of in-situ integrated PSC-storage tandem cells[13,73,75]
    Solar cell typeDevice constructionηoverall*/%ηsolar*/%ηstorage*/%Ref.
    PEDOT:PSS/n-Si/Ti/PE/(PVA/H3PO4)/PE/Ti10.5013.3978.42[29]
    SiSC-SPCGlass/c-Si/Insulation layer/Graphene oxides/ Electrolyte/Substrate9.7215.6962.00[30]
    PEDOT:PSS/Si/Au/Graphene/Separator/Graphene/PET2.9212.3723.61[19]
    SiSC-LIBc-Si/Al/SiO2/Al/Li4Ti5O12/Soild electrolyte/LiCoO2/ Al/Li4Ti5O12/Solid electrolyte/LiCoO2/Al7.6115.8048.16[31]
    Table 1. Performance parameters of in-situ integrative SiSC-storage tandem cells
    Solar cell typeDevice constructionηoverall*/%ηsolar*/%ηstorage*/%Ref.
    DSSC-SPCFTO/TiO2@dye/LiI/Carbon layer/Porous separator/C/Pt--59.00[12]
    FTO/TiO2@N719/I-/I3-/Pt/Carbon/Separator/Electrolyte/C/Pt--42.00[37]
    TCO/TiO2@N719/I-/I3- gel/MWCNT /PVA-H3PO4/MWCNT5.126.1084.00[39]
    FTO/TiO2@N719/ I-/I3- /Zn NWs@PVDF @Au@Pt/FTO3.70--[40]
    Glass/FTO/TiO2@dye/ I-/I3-/Si/Ionic polymer/Si wafer2.102.6380.00[41]
    FTO/TiO2-D365dye/P3HT/Ag/RuOx(OH)y/Nafion membrane/ RuOx(OH)y/FTO0.800.9188.00[42]
    Ti/TiO2@N719/ I-/I3-/Pt/Parafilm/C/PVDF/ SS1.462.0371.56[43]
    CNT fiber@CNTs/ Ti wire/TiO2@N719/I-/I3-/CNT fiber1.506.1084.00[44]
    Ti wire/TiO2@N719/Eutectic melts/CNTs-Ti wire/ TiO2 /PVA-H3PO4/CNT2.072.7375.70[45]
    Ti/TiO2@N719/I-/I3-/MWCNT/Separator/MWCNT/PVA-H3PO4/MWCNT1.836.4728.30[11]
    Ti Fiber@TiO2@dye/ I-/I3-/Stainless steel(ss)@PANi-SS@Space wire/H2SO4/ss@PANi2.124.5646.00[18]
    Ti/TiO2@N719/I-/I3-/Carbon fiber(CF)/EVA/Cu-CF@RuO2xH2O/H3PO4/PVA/CF@RuO2xH2O/EVA/Cu/PDMS-5.64-[46]
    QDSSC-SPCGlass/FTO/TiO2@CdS/CdSe/S2-/S/Cfiber@Cu2S/C/Electrolyte/C1.8[48]
    DSSC-LIBPt/Electrolyte/TNTs@N719/Ti/TNTs/Membrane/LiCoO2/Al0.82--[49]
    PEN/ITO/TiO2@N719/I-/I3-/Pt/PEDOT/LiClO4/PEDOT/Pt-4.37-[50]
    FTO/TiO2@N3/I-/I3-/Pt/PProDOT-Et2/LiClO4/PProDOT-Et2/Pt0.600.7580.00[51]
    FTO/Pt/ I-/I3-/TiO2 nanotube (ATO)@N749/Ti/ ATO/Separator/Li2SO4/ATO/Ti/FTO1.643.1851.60[52]
    FTO/TiO2@bis-EDOT dye/PEDOT/C/LiClO4/electrolyte/ppy/FTO0.10--[53]
    Table 2. Performance comparison of in-situ integrative SSC-storage tandem cells
    Device constructionηoverall*/%ηsolar*/%ηstorage*/%Ref.
    FTO/c-TiO2/m-TiO2/CH3NH3PbI3/Carbon/Gel electrolyte/Carbon7.109.6073.96[72]
    FTO/TiO2/Perovskite/Carbon/MnO2/Membrane SSE/Carbon5.267.7967.50[13]
    ITO/pss/PTAA/Perovskite/PCBM/PEI/Ag/GRO/PVA/Separator/PVA/GRO10.9713.6680.31[73]
    FTO/TiO2/CH3NH3PbI3/MWCNT/PMMA/PVA/PANI@acSACNT/PMMA/SACNT1.922.7170.90[74]
    PET/ITO/PEDOT:PSS/CH3NH3PbI3/PCBM/CuOHNT/AgNW/AuPd/MnO2/KOH/PVA/MnO2/AuPd/AgNW/CuOHNT6.9710.4167.00[75]
    Table 3. Performance comparison of in-situ integrative PSC-storage tandem cells
    Shouwu YU, Zewen ZHAO, Jinjin ZHAO, Shujuan XIAO, Yan SHI, Cunfa GAO, Xiao SU, Yuxiang HU, Zhisheng ZHAO, Jie WANG, Lianzhou WANG. Research Progress in Novel In-situ Integrative Photovoltaic-storage Tandem Cells[J]. Journal of Inorganic Materials, 2020, 35(6): 623
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