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IRRADIATION IN THE BUILT ENVIRONMENT

机译:内置环境中的辐射

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摘要

In this paper a number of obvious and less obvious differences are discussed between the irradiation on ideally situated PV-systems and on PV-systems in the built environment. The relevance of these differences has been quantified by conducting a case study, using data from measurements and from simulation models. The main conclusions are: 1. The loss due to non-optimal orientation and the loss due to shading can be simulated using existing tools. More measurement data are required for validating the shading models. 2. The reflection loss and the low irradiance loss can be simulated using existing tools. Both loss items depend on the orientation of the modules. 3. No easy-to-use simulation tool exists for the quantification of the spectral effect. The spectral effect can be significant for amorphous silicon.
机译:在本文中,讨论了理想位置的光伏系统与建筑环境中的光伏系统之间的辐照之间的许多明显差异。这些差异的相关性已通过使用测量和仿真模型中的数据进行案例研究进行了量化。主要结论是:1.可以使用现有工具来模拟由于非最佳定向造成的损耗和由于阴影造成的损耗。验证阴影模型需要更多的测量数据。 2.可以使用现有工具模拟反射损耗和低辐照损耗。这两个损耗项均取决于模块的方向。 3.不存在用于量化光谱效应的易于使用的仿真工具。光谱效应对于非晶硅可能很重要。

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