Organic solar cells have the potential to be low-cost and efficient solar energy converters,
with a promising energy balance. They are made of carbon-based semiconductors, which …

Self-assembly of nanoscale particles, such as nanospheres, nanorods, and nanotubes, in
polymer systems is one of the most prominent and promising candidates for the …

Recently, lead free CsSnI 3 based solar cells are gaining popularity among researchers due
to their outstanding semiconducting characteristics. To improve the efficiency of the recently …

Charge transfer complexes are interfacial charge pairs residing at the donor–acceptor
heterointerface in organic solar cell. Experimental evidence shows that it is crucial for the …

Measuring the current-voltage characteristic of organic bulk heterojunction solar devices
sometimes reveals an S-shaped deformation. We qualitatively produce this behavior by a …

A two-dimensional model accounting for the effect of both the morphology of active layer and
the layer configuration of multilayer-structured device on the device performance, is …

A theoretical model for evaluating the efficiency of concentrating PV–TE (photovoltaic–
thermoelectric) hybrid system is developed in this paper. Hybrid systems with different …

Solar cells based on solution-processable organic semiconductors have shown a
considerable performance increase in recent years, and a lot of progress has been made in …

To improve the efficiency of organic solar cells, it is essential to understand the role of
morphology and to tailor fabrication process to get desired morphologies. In this context, a …

We analyze optical absorption enhancements and quasiguided mode properties of organic
solar cells with highly ordered nanostructured photoactive layers comprised of the bulk …