Orthogonal Thin Film Photovoltaics on Vertical Nanostructures
Arman Ahnood, H Zhou, Y Suzuki, R Sliz, T Fabritius, Arokia Nathan, GAJ Amaratunga
Nanoscale Research Letters | Springer | Published : 2015
Decoupling paths of carrier collection and illumination within photovoltaic devices is one promising approach for improving their efficiency by simultaneously increasing light absorption and carrier collection efficiency. Orthogonal photovoltaic devices are core-shell type structures consisting of thin film photovoltaic stack on vertical nanopillar scaffolds. These types of devices allow charge collection to take place in the radial direction, perpendicular to the path of light in the vertical direction. This approach addresses the inherently high recombination rate of disordered thin films, by allowing semiconductor films with minimal thicknesses to be used in photovoltaic devices, without ..View full abstract
Awarded by Shenzhen Innovation Fund
AA acknowledges support of the Melbourne Materials Institute's seed grant, University of Melbourne. ZH was supported by Shenzhen Innovation Fund (JCYJ20130329180806949).