The Luminescent Solar Concentrator (LSC) is a photovoltaics concept that can easily be used for integration inbuildings. As a window component the transmitted spectrum of the LSC a ects the color quality of daylight inthe interior of a building. We evaluate eight state of the art nanocrystal luminophores as candidates for LSCwindows applications, using ray-trace Monte Carlo simulations. LSCs are assessed with respect to di erent colorquality criteria, using transparency ranging from 90% to 50%. We nd that LSC device e ciency is inverselyproportional to transparency. Also, luminophores with a wide absorption bandwidth in the visible have highercolor temperatures and high color rendering index, leading to good visual comfort at appreciable device e ciency.
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机译：发光太阳能集中器（LSC）是一种光伏概念，可轻松用于集成建筑物。作为窗口分量，LSC的发送频谱A ECSSS的颜色质量建筑物的内部。我们评估八种艺术纳米晶型发光小团的状态，作为LSC的候选者Windows应用程序，使用Ray-Trace Monte Carlo模拟。评估LSCS关于DI型颜色质量标准，使用透明度范围为90％至50％。我们没有LSC设备效率成反比与透明度成比例。此外，可见中具有宽吸收带宽的发光小孔具有更高色温和高色渲染指数，导致良好的视觉舒适性，可观的设备效率。
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