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典型文献
High efficiency and stable solid-state fiber dye-sensitized solar cells obtained using TiO2 photoanodes enhanced with metal organic frameworks
文献摘要:
Solid-state fiber dye-sensitized solar cells(SS-FDSSCs)have been the subject of intensive attention and development in recent years.Although this field is only in its infancy,metal-organic frameworks(MOFs)are one such material that has been utilized to further improve the power conversion efficiency of solar cells.In this study,MOF-integrated DSSCs were shown to have potential in the development of solar cell devices with efficiency comparable to or better than that of conventional solar cells.The power conversion efficiency(PCE)of SS-FDSSCs was improved by embedding MOF-801 into a mesoporous-TiO2(mp-TiO2)layer,which was used as a photoanode in SS-FDSSCs,which are inherently flexible.The PCE of the MOF-integrated SS-FDSSCs was 6.50%,which is comparable to that of the reference devices(4.19%).The MOF-801 enhanced SS-FDSSCs decreased the series resistance(Rs)value,resulting in effective elec-tron extraction with improved short-circuit current density(JSC),while also increasing the shunt resis-tance(Rsh)value to prevent the recombination of photo-induced electrons.The result is an improved fill factor and,consequently,a higher value for the PCE.
文献关键词:
作者姓名:
Jae Ho Kim;Hyun Woo Park;Sung-Jun Koo;Daseul Lee;Eunyeong Cho;Yong-Ki Kim;Myunghun Shin;Jin Woo Choi;Hee Jung Lee;Myungkwan Song
作者机构:
Department of Energy and Electronic Material,Korea Institute of Materials Science(KIMS),797 Changwon-daero,Sungsan-gu,Changwon,Gyeongsangnam-do 51508,Republic of Korea;Composites Research Division,Korea Institute of Materials Science(KIMS),797 Changwon-daero,Sungsan-Gu,Changwon,Gyeongsangnam-do 51508,Republic of Korea;School of Electronics and Information Engineering,Korea Aerospace University,Goyang-city,Gyeonggi-do 10540,Republic of Korea
文献出处:
引用格式:
[1]Jae Ho Kim;Hyun Woo Park;Sung-Jun Koo;Daseul Lee;Eunyeong Cho;Yong-Ki Kim;Myunghun Shin;Jin Woo Choi;Hee Jung Lee;Myungkwan Song-.High efficiency and stable solid-state fiber dye-sensitized solar cells obtained using TiO2 photoanodes enhanced with metal organic frameworks)[J].能源化学,2022(04):458-466
A类:
FDSSCs,Rsh
B类:
High,efficiency,stable,solid,state,fiber,dye,sensitized,solar,cells,obtained,using,TiO2,photoanodes,enhanced,metal,organic,frameworks,Solid,have,been,subject,intensive,attention,development,recent,years,Although,this,field,only,its,infancy,MOFs,are,one,such,material,that,has,utilized,further,power,conversion,In,study,integrated,were,shown,potential,devices,comparable,better,than,conventional,PCE,was,improved,by,embedding,into,mesoporous,layer,which,used,inherently,flexible,reference,decreased,series,resistance,value,resulting,effective,extraction,short,circuit,current,density,JSC,while,also,increasing,shunt,prevent,recombination,induced,electrons,fill,consequently,higher
AB值:
0.474685
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