148
5 Conclusions
The use of nanostructures for light management purpose has a great potency to
boost the solar to electric power conversion efficiency in the solar cell devices.
Using a nanostructure, the absorber layer can harvest the sun light with thinner
thickness as compared to planar device due to the improvement of carrier collection
Fig. 11 (a) Bending cycle measurement setup, (b) PCE and J sc measurements of perovskite solar
cells fabricated on planar and inverted nanocone epoxy upon doing bending cycles. Top-view SEM
images of perovskite films on planar (c) and inverted nanocone (d) epoxy substrates. Finite element mechanical modeling of planar (e) and textured (f) substrates, indicating the distribution of
stress inside the device structure [45]
M. M. Tavakoli
5 Conclusions
The use of nanostructures for light management purpose has a great potency to
boost the solar to electric power conversion efficiency in the solar cell devices.
Using a nanostructure, the absorber layer can harvest the sun light with thinner
thickness as compared to planar device due to the improvement of carrier collection
Fig. 11 (a) Bending cycle measurement setup, (b) PCE and J sc measurements of perovskite solar
cells fabricated on planar and inverted nanocone epoxy upon doing bending cycles. Top-view SEM
images of perovskite films on planar (c) and inverted nanocone (d) epoxy substrates. Finite element mechanical modeling of planar (e) and textured (f) substrates, indicating the distribution of
stress inside the device structure [45]
M. M. Tavakoli