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Heliodon prediction of shading on building integrated photovoltaic systems

机译:建筑物集成光伏系统的遮阳的日照预报

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Extensive shading of building integrated photovoltaic (BIPV) power systems causes high performance losses, often much higher than originally estimated. In the urban environment, shading cannot be avoided and therefore methods to accurately predict PV facade and/or roof system shading patterns must be developed. By utilising a Heliodon, normally used by architects to predict natural interior lighting effects, accurate seasonal shading by surrounding structures can be assessed on a 3D scale model of the proposed PV generator, or array. In order to test this Heliodon prediction method, comparisons are made between photographs of the shading on both the model of and an actual Northumberland building PV facade in the UK.
机译:建筑集成光伏(BIPV)电力系统的广泛阴影导致高性能损耗,通常比最初估计高得多。在城市环境中,不能避免遮蔽,因此必须开发准确地预测PV立面和/或屋顶系统遮蔽图案的方法。通过利用架构师使用的Heliodon来​​预测天然内部照明效果,可以在所提出的PV发生器或阵列的3D比例模型上评估周围结构的精确季节遮阳。为了测试这种Heliodon预测方法,在英国的模型和实际诺森伯兰建设光伏门面的阴影照片之间进行比较。

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