Abstract
We have demonstrated inkjet-printed indium–zinc–tin-oxide (IZTO) electrodes using IZTO nanoparticle ink for printable organic solar cells (OSCs). By inkjetting of nanosize IZTO particles and rapid thermal annealing (RTA) of the inkjet-printed IZTO films, we were able to obtain directly patterned IZTO transparent conducting electrodes with a sheet resistance of 20.6Ω/square and an average transmittance of 81.29% without using a conventional photolithography process. Because the inkjet-printed IZTO electrodes were prepared by overlapping the ink-droplets ejected from the nozzle, the mechanism of IZTO nanoink deposition on the surface was investigated. This mechanism defines an optimal ink-droplet pitch to achieve a uniform printing of IZTO lines from the ink-droplets. Despite the low sheet resistance and high transmittance, the OSC fabricated on the inkjet-printed IZTO electrode shows open circuit voltage of 0.45V, short circuit current of 5.74mA/cm2, fill factor of 31.22%, and power conversion efficiency of 0.81% due to porous microstructure of the sintered IZTO nanoparticles. This indicates that the direct patterning of IZTO film by inkjet printing is a promising printable transparent electrode for printable OSCs.
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