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A novel methodology for the pre-classification of facades usable for the decision of installation of integrated PV in buildings: The case for equatorial countries

机译:用于建筑物外墙预分类的新方法可用于决定在建筑物中安装集成光伏发电:赤道国家案例

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摘要

Building-integrated photovoltaics (BIPV) is a growing reality worldwide and its development involves implementing techniques to log and estimate the solar resources available. In this paper an easy methodology for the pre-classification of facades in BIPV projects has been described. This step is previous to the calculation of the complete solar potential in a building, and don't include the shape and shading factors. The proposed methodology covers the development of a new model that allows the irradiation factor (IF) to be estimated on facades with only 2 input parameters: the latitude of the place and the azimuth angle of the photovoltaic generator. The necessary tools to assess the "Energetic Efficiency Rating" for BIPV facades are provided, as an initial stage to be applied by architects and engineers. (C) 2017 Elsevier Ltd. All rights reserved.
机译:建筑集成光伏(BIPV)在世界范围内正在成为一个日益增长的现实,其发展涉及实施技术来记录和估算可用的太阳能资源。在本文中,已经描述了一种在BIPV项目中对立面进行预分类的简单方法。该步骤先于计算建筑物中完整的太阳能电势,并且不包括形状和阴影因子。拟议的方法论涵盖了新模型的开发,该模型允许仅使用两个输入参数来估计立面上的辐照因子(IF):位置的纬度和光伏发电机的方位角。作为评估建筑师和工程师应用的初始阶段,提供了评估BIPV外墙“能效等级​​”的必要工具。 (C)2017 Elsevier Ltd.保留所有权利。

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