CdS/PbS(Quantum Dot) thin film solar cells

POSTER

Abstract

We present results of studies of heterojunction PbS quantum dot (QD) solar cells deposited on n-type window layers consisting of RF magnetron sputtered CdS. Compared to previously reported PbS-QD solar cells, these solar cells exhibit large open circuit voltage. We report results of studies of the performance of the devices as a function of CdS film thickness of 70 nm and PbS QD diameter. Under simulated AM1.5G illumination, the best results show short circuit current as high as 12mA-cm$^{-2}$, an open circuit voltage of 0.65 volts, and efficiency as high as 3.3{\%}.

Authors

  • Khagendra Bhandari

    • University of Toledo

  • Paul Roland

    • University of Toledo

  • Hasitha Mahabaduge

    • University of Toledo

  • Neale Haugen

    • University of Toledo

  • Corey Grice

    • University of Toledo

  • Sohee Jeong

    • Korea Institute of Machinery \& Material

  • Tieneke Dykstra

    • University of Toledo

  • Jianbo Gao

    • National Renewable Energy Laboratory

  • Randy Ellingson

    • University of Toledo
    • The University of Toledo