Electrodes in new function-flexible optoelectronic devices,need to meet the requirements of foldability and high transmittance.In last decades,thousands of research about copper and silver nanowires promoted the prosp...Electrodes in new function-flexible optoelectronic devices,need to meet the requirements of foldability and high transmittance.In last decades,thousands of research about copper and silver nanowires promoted the prosperity of photovoltaic industry.In this paper,we focus on the recent progresses of silver and copper nanowires for high transparent solar cell application,including preparation and optimization techniques.In addition,the primary obstacles of nanowire transparent electrodes in perovskite solar cells,organic solar cells and dye sensitized solar cells were discussed.Finally,the application prospects of nanowire-based high transparent solar cells were outlined.展开更多
基金support from the YNU East-Land Scholar Research Fund(No.C176220200)Double Tops Joint Fund of the Yunnan Science and Technology Bureau and Yunnan University(No.2019FY003025)+3 种基金Yunnan Applied Basic Research Projects(No.202001BB050006)the Construction Fund of International Joint Research Centre for Optoelectronic and Energy Materials by Yunnan Provincial Department of Finance(No.2017IB033)the Yunling Scholars Fund of Yunnan Province Ten Thousand Talents Program(No.KC194317)Double First Class University Plan(No.C176220100042).
文摘Electrodes in new function-flexible optoelectronic devices,need to meet the requirements of foldability and high transmittance.In last decades,thousands of research about copper and silver nanowires promoted the prosperity of photovoltaic industry.In this paper,we focus on the recent progresses of silver and copper nanowires for high transparent solar cell application,including preparation and optimization techniques.In addition,the primary obstacles of nanowire transparent electrodes in perovskite solar cells,organic solar cells and dye sensitized solar cells were discussed.Finally,the application prospects of nanowire-based high transparent solar cells were outlined.
