In this paper, an opto-thermal model is presented in order to specify the dominant thermal phenomena in organic solar cells (OSCs), as rather low efficiency photovoltaic devices. This model is capable of predicting the amount of optical heat...

environment temperatures. The most important electrical parameters of the strained cells are extracted as a function of the strain at different temperatures for two conditions: when the cells are under strain and when they ...

In this paper for the first time low-frequency noise spectroscopy is used as a reliability measure to analyze the organic solar cells under mechanical strain. Two different organic solar cells were strained in several steps and noise spectroscopy...

In this paper, a tripartite macroscopic physics-based model is presented for analysis of organic solar cells (OSCs) in several aspects. This model is consisting of three sub-models (optical, electric and thermal models) which are also coupled to one...

In this work we have studied the effects of the tensile mechanical strain on the electrical behavior of a roll-to-roll printed solar cell module with silver electrodes. After applying the strain along the length of the ...

In this paper, a modified equivalent circuit model is proposed to elucidate the electrical behavior of Organic Solar Cells (OSCs). In this way, this single diode model uses a voltage-dependent series resistance to enhance the modeling accuracy while...