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Building Integrated Photovoltaic (PV) Systems: Energy Production Modeling in Urban Environment

机译:建筑集成光伏(PV)系统:城市环境中能源生产建模

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In the context of urban densification and increased energy consumption, built environment plays an important roleby moving from passive to active constructions in terms of energy production, thanks to building integratedphotovoltaic (BIPV) systems.Existing power generation modeling results may differ significantly from actual production. This difference is,partly, due to the non-inclusion of the surrounding environment in the modeling approach. The main goal of thisstudy is to highlight, in the context of integrated power generation, the importance of modeling the interactionbetween the BIPV and the studied building but also its interaction with the immediate environment and the localclimatic conditions.The simulation results presented in this paper are from the Vauban district in Saint-Denis (Reunion Island)modeling, in the framework of the ORCHIDEE project, which is supported by the French Agency of EnergyManagement (ADEME).
机译:在城市致密化和增加能耗的背景下,建筑环境起着重要作用通过在能源生产方面从被动到主动结构,感谢集成的建筑光伏(BIPV)系统。现有的发电建模结果可能与实际生产有显着差异。这种差异是,部分,由于在建模方法中不包含周围环境。这个的主要目标研究是突出,在综合发电的背景下,建模互动的重要性在BIPV和学习的建筑物之间也与直系环境和当地的互动气候情况。本文提出的仿真结果来自圣丹尼斯(Reunion Island)的Vauban区在法国能源机构支持的陆战项目的框架中建模管理(Ademe)。

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