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Impact of Dynamic Shading in cSi PV Modules and Systems for Novel Applications

机译:cSi光伏组件和系统中动态阴影对新型应用的影响

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Integration in infrastructure, landscape, and urban environments is a growing application for PV In these situations, integrated PV will likely operate in a very dynamic set of illumination conditions. For example, PV integrated in and along roadways will need to deal with passing vehicles. PV integrated on cars, trains, or boats, will also experience a very dynamic set of irradiances. While conventional PV modules react to these changes almost immediately, power components for systems have not been optimized to deal with rapidly changing conditions. We have developed a new set of experimental and modelling tools to first quantify the impact of dynamic shade on a specific system and then to understand better the limits and types of shading that lead to the largest decrease in performance in order to better optimize these new PV systems for dynamic and novel applications.
机译:基础设施,景观和城市环境中的集成是PV的不断增长的应用。在这些情况下,集成的PV可能会在非常动态的照明条件下运行。例如,集成在道路中和沿道路的光伏将需要处理过往的车辆。集成在汽车,火车或轮船上的光伏也将经历一系列非常动态的辐照度。尽管传统的PV模块几乎可以立即对这些变化做出反应,但系统的电源组件尚未经过优化以应对快速变化的条件。我们开发了一套新的实验和建模工具,以首先量化动态阴影对特定系统的影响,然后更好地了解导致性能下降最大的阴影的限制和类型,以便更好地优化这些新的PV。动态和新颖应用程序的系统。

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