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9-Fold Fresnel Kohler Concentrator For Increased Uniform Irradiance On High Concentrations

机译:9倍菲涅尔科勒浓缩器,可提高高浓度时的均匀辐照度

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Non-uniform irradiance patterns created by Concentrated Photovoltaics (CPV) concentrators over Multi-Junction Cells (MJC) can originate significant power losses, especially when there are different spectral irradiance distributions over the different MJC junctions. This fact has an increased importance considering the recent advances in 4 and 5 junction cells. The spectral irradiance distributions are especially affected with thermal effects on Silicone-on-Glass (SoG) CPV systems. This work presents a new CPV optical design, the 9-fold Fresnel Koehler concentrator, prepared to overcome these effects at high concentrations while maintaining a large acceptance angle, paving the way for a future generation of high efficiency CPV systems of 4 and 5 junction cells.
机译:聚光电池(MJC)上的聚光光伏(CPV)聚光器产生的非均匀辐照度模式可能会产生明显的功率损耗,尤其是在不同MJC交界处存在不同的光谱辐照度分布时。考虑到4和5结单元的最新进展,这一事实的重要性日益提高。光谱辐照度分布尤其受玻璃上硅胶(SoG)CPV系统上的热效应影响。这项工作提出了一种新的CPV光学设计,即9倍菲涅尔·科勒(Fresnel Koehler)聚光器,准备在高浓度下克服这些影响,同时保持较大的接收角,为下一代4和5结单元高效CPV系统铺平了道路。

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