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Generic Analytical Models for Organic and Perovskite Solar Cells

机译:用于有机和Perovskite太阳能电池的通用分析模型

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In this paper, models for organic and perovskite solar cells are developed, based on realistic assumptions exploiting the material characteristics. Analytical expressions are provided for the collected photocurrent as a function of the incident radiation intensity and the bias voltage. In addition, the dark current is related to the physical and technological parameters as well as the bias voltage of the solar cells. Estimated performance parameters of the solar cells based on these models show satisfactory agreement with the measured values published in the literature. Anomalies in the behaviour of some of such cells are accounted for, and a model is proposed for it. The models developed here will help in optimizing the performance of such advanced solar cells and in enhancing their photo conversion efficiency.
机译:在本文中,基于利用材料特性的现实假设,开发了有机和钙钛矿太阳能电池的模型。为收集的光电流提供分析表达式作为入射辐射强度和偏置电压的函数。另外,暗电流与物理和技术参数以及太阳能电池的偏置电压有关。基于这些模型的太阳能电池的估计性能参数显示出令人满意的协议与文献中发表的测量值。某些此类单元格的行为中的异常被占了,并提出了一种模型。此处开发的模型将有助于优化这种高级太阳能电池的性能以及提高光转换效率。

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