Kinetic Monte Carlo simulations to Investigate The effects of interfaces in organic photovoltaic cells including a realistic blend morphology

Solar cells based on organic materials are an emerging technology with a wide range of possible applications. The distribution of charge carriers in the most efficient devices, based on a bulk-heterojunction active layer structure, is hard to investigate by experiments. Modeling these cells by a kinetic Monte Carlo algorithms allows to consider a realistic morphology for the active layer and to investigate the charge densities along the interfaces between the two heterojunction materials. A major influence on the charge distribution can be attributed to the dielectric permittivity of the organic materials.     «

Solar cells based on organic materials are an emerging technology with a wide range of possible applications. The distribution of charge carriers in the most efficient devices, based on a bulk-heterojunction active layer structure, is hard to investigate by experiments. Modeling these cells by a kinetic Monte Carlo algorithms allows to consider a realistic morphology for the active layer and to investigate the charge densities along the interfaces between the two heterojunction materials. A majo...     »