Zinc oxide-doped indium oxide (IZO) is an amorphous transparent conducting oxide (TCO) exhibiting excellent properties for use in tandem solar cells. Similar to high mobility TCOs, it has a reduced absorption of near IR photons leading to an increased transmission to the bottom cell in a tandem stack. As a result, IZO is a potential replacement of traditional TCOs used as the top contact in the Cu(In,Ga)Se2 cell when used in a tandem solar cell. A monolithically fabricated dye-sensitized|Cu(In,Ga)Se2 tandem solar cell suffers from corrosion of the Cu(In,Ga)Se2 absorber by the DSC electrolyte. This paper reports the successful use of IZO to reduce the rate of etching compared to AZO of similar thickness, when used to prevent the etching of a...
Because of their unique ability to reconcile high transparency with good electrical conductivity, tr...
Indium oxide based transparent conductive oxides TCOs are promising contact layers in solar cells ...
Indium-doped zinc oxide films possess high conductivity and transparency with negligible absorption ...
CdS and Zn(O,S) grown by chemical bath deposition are well-established buffer materials for Cu(In,Ga...
The rising adoption of solar cells worldwide necessitates reducing solar cell costs, enhancing cell ...
: This paper reviews the transparent conductive oxide with emphasis on indium doped zinc oxide (TCO-...
The increasing energy demand, combined with the use of harmful non-renewable energy sources calls fo...
Metal oxides are a very important class of materials with a wide range of photovoltaic applications....
Aluminium-doped zinc oxide films are deposited for use in dye-sensitized solar cells. High temperatu...
AbstractIndium doped zinc oxide (IZO) thin films have been grown on porous silicon, in order to deve...
A key to solar cells with lower environmental impact is higher efficiency and reduced material usage...
The electrical role of the highly resistive and transparent (HRT) i-ZnO layer in Cu(In, Ga)Se2(CIGS)...
Photovoltaic technologies use light from the sun to create electricity, using a wide range of materi...
Parasitic absorption in transparent electrodes is one of the main roadblocks to enabling power conve...
The electrical role of the highly resistive and transparent (HRT) i-ZnO layer in Cu(In, Ga)Se2(CIGS)...
Because of their unique ability to reconcile high transparency with good electrical conductivity, tr...
Indium oxide based transparent conductive oxides TCOs are promising contact layers in solar cells ...
Indium-doped zinc oxide films possess high conductivity and transparency with negligible absorption ...
CdS and Zn(O,S) grown by chemical bath deposition are well-established buffer materials for Cu(In,Ga...
The rising adoption of solar cells worldwide necessitates reducing solar cell costs, enhancing cell ...
: This paper reviews the transparent conductive oxide with emphasis on indium doped zinc oxide (TCO-...
The increasing energy demand, combined with the use of harmful non-renewable energy sources calls fo...
Metal oxides are a very important class of materials with a wide range of photovoltaic applications....
Aluminium-doped zinc oxide films are deposited for use in dye-sensitized solar cells. High temperatu...
AbstractIndium doped zinc oxide (IZO) thin films have been grown on porous silicon, in order to deve...
A key to solar cells with lower environmental impact is higher efficiency and reduced material usage...
The electrical role of the highly resistive and transparent (HRT) i-ZnO layer in Cu(In, Ga)Se2(CIGS)...
Photovoltaic technologies use light from the sun to create electricity, using a wide range of materi...
Parasitic absorption in transparent electrodes is one of the main roadblocks to enabling power conve...
The electrical role of the highly resistive and transparent (HRT) i-ZnO layer in Cu(In, Ga)Se2(CIGS)...
Because of their unique ability to reconcile high transparency with good electrical conductivity, tr...
Indium oxide based transparent conductive oxides TCOs are promising contact layers in solar cells ...
Indium-doped zinc oxide films possess high conductivity and transparency with negligible absorption ...