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首页> 外文会议>Organic, Hybrid, and Perovskite Photovoltaics XVIII >Innovative architecture design for high performance organic and hybrid multi-junction solar cells
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Innovative architecture design for high performance organic and hybrid multi-junction solar cells

机译：高性能有机和混合多结太阳能电池的创新架构设计

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摘要

The multi-junction concept is especially attractive for the photovoltaic (PV) research community owing to its potential to overcome the Schockley-Queisser limit of single-junction solar cells. Tremendous research interests are now focused on the development of high-performance absorbers and novel device architectures for emerging PV technologies, such as organic and perovskite PVs. It has been predicted that the multi-junction concept is able to boost the organic and perovskite PV technologies approaching the 20% and 30% benchmarks, respectively, showing a bright future of commercialization of the emerging PV technologies. In this contribution, we will demonstrate innovative architecture design for solution-processed, highly functional organic and hybrid multi-junction solar cells. A simple but elegant approach to fabricating organic and hybrid multi-junction solar cells will be introduced. By laminating single organic/hybrid solar cells together through an intermediate layer, the manufacturing cost and complexity of large-scale multi-junction solar cells can be significantly reduced. This smart approach to balancing the photocurrents as well as open circuit voltages in multi-junction solar cells will be demonstrated and discussed in detail.
机译：多结概念因其克服了单结太阳能电池的Schockley-Queisser限制而具有潜力，因此对光伏（PV）研究界特别有吸引力。现在，大量的研究兴趣集中在为新兴的PV技术（例如有机和钙钛矿PV）开发高性能吸收器和新颖的设备架构。据预测，多结概念能够推动有机和钙钛矿光伏技术分别接近基准20％和30％，显示出新兴光伏技术的商业化前景光明。在这项贡献中，我们将展示针对溶液处理，功能强大的有机和混合多结太阳能电池的创新架构设计。将介绍一种简单而优雅的方法来制造有机和混合多结太阳能电池。通过将单个有机/混合太阳能电池通过中间层层压在一起，可以显着降低大规模多结太阳能电池的制造成本和复杂性。将详细展示和讨论这种在多结太阳能电池中平衡光电流和开路电压的智能方法。

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