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首页> 外文会议>European Photovoltaic Solar Energy Conference >EXTERNAL QUANTUM EFFICIENCY MEASUREMENTS OF LUMINESCENT SOLAR CONCENTRATORS: A STUDY OF THE IMPACT OF BACKSIDE REFLECTOR SIZE AND SHAPE
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EXTERNAL QUANTUM EFFICIENCY MEASUREMENTS OF LUMINESCENT SOLAR CONCENTRATORS: A STUDY OF THE IMPACT OF BACKSIDE REFLECTOR SIZE AND SHAPE

机译：发光太阳能聚光器的外部量子效率测量：对背面反射器尺寸和形状的影响研究

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摘要

Several works have appeared in the literature as a result of the joint activity of Imperial College London with the European Solar Test Installation and other European research centres on luminescent solar concentrators: some have been specifically related to indoor and outdoor characterisation. Within the characterisation processes, the external quantum efficiency is particularly important: by means of external quantum efficiency measurements, spectral mismatch correction can be performed, enabling performance predictions for any given irradiance conditions. In recent works an increase in module efficiency due to a diffusive reflector at the backside of the concentrator has been shown. In this work we present recent results on the impact of a non-index-matched backside diffusive reflector on the external quantum efficiency of a luminescent solar concentrator and therefore on the short-circuit current of the device: the result is particularly relevant in view of using luminescent solar concentrators in building integration of photovoltaics.
机译：由于伦敦帝国学院的联合活动与欧洲太阳能试验装置和发光太阳能集中器上的其他欧洲研究中心的联合活动出现了一些作品：有些人与室内和室外特征有关。在表征过程中，外部量子效率尤为重要：通过外部量子效率测量，可以执行光谱失配校正，从而实现对任何给定的辐照度条件的性能预测。在近期作用中，已经示出了由于集中器背面的漫射器导致的模块效率的增加。在这项工作中，我们近来的结果对非索引匹配的背面扩散反射器对发光太阳能集中器的外部量子效率的影响，因此在设备的短路电流上：结果尤其相关用发光太阳能聚光器在建立光伏的整合中。

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