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Organic Solar Cells: Linking Nanoscale to Gigawatts?

机译:有机太阳能电池:将纳米级连接到千兆瓦?

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摘要

In these times of booming interest in photovoltaic technologies, organic solar cells take a special position. In itself 'organic solar cells' is already an ill-defined term, which deserves further clarification. Secondly, the physical phenomena which are at the basis of its photovoltaic operation and the tight link of its photovoltaic performance with nanomorphological features make it particularly attractive for the scientific community. Last but not least, from an economic perspective, the extremely high manufacturing throughput potential of these technologies bears the promise of a disruptive low-cost technology which attracts many investors. Based on all these perspectives, organic solar cells recently made their appearance in photovoltaic technology roadmaps. For all of these reasons, it was decided to publish a special issue of Progress in Photovoltaics on organic solar cells with the aim to shed more light on a number of scientific challenges associated with this emerging PV-technology like stability, link between nanomorphology and performance and to provide an outlook on potential efficiencies achievable with this technology.
机译:在当今对光伏技术的浓厚兴趣的时代,有机太阳能电池占据了特殊的位置。就其本身而言,“有机太阳能电池”已经是一个不确定的术语,值得进一步阐明。其次,作为其光伏操作基础的物理现象以及其光伏性能与纳米形态特征的紧密联系使它对科学界特别有吸引力。最后但并非最不重要的一点是,从经济角度看,这些技术具有极高的制造吞吐潜力,有望带来一种颠覆性的低成本技术,该技术吸引了许多投资者。基于所有这些观点,有机太阳能电池最近出现在光伏技术路线图中。由于所有这些原因,决定出版一期关于有机太阳能电池的光伏进展专刊,以期更多地了解与这种新兴的光伏技术相关的一系列科学挑战,例如稳定性,纳米形态与性能之间的联系。并展望该技术可实现的潜在效率。

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