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首页> 外文期刊>Journal of Cleaner Production >Predicting energy generation from residential building attached Photovoltaic Cells in a tropical area using 3D modeling analysis
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Predicting energy generation from residential building attached Photovoltaic Cells in a tropical area using 3D modeling analysis

机译:使用3D建模分析预测热带地区住宅建筑中附着的光伏电池的发电量

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摘要

Energy generation by photovoltaic (PV) installations on residential building envelopes in tropical area was evaluated by using a new practical method employing 3D analysis. Calculations of monthly global radiation were used to investigate solar potential in the study case area. In order to simulate optimal locations of PV panel installation, BIM Revit software was used to quantify the incident solar radiation and for color rendering of different levels experienced in different areas of the building envelope due to Sun path and the influence of the local environment. The amount of energy generated by hypothetical PV panels was compared to actual residential sector energy consumption which became a baseline for evaluating the prospective implementation of PV in a tropical area.
机译:通过使用3D分析的新实用方法评估了热带地区住宅建筑围护结构上的光伏(PV)装置产生的能量。使用每月全球总辐射量的计算来研究研究案例区域内的太阳能潜力。为了模拟光伏面板安装的最佳位置,使用了BIM Revit软件来量化入射的太阳辐射,并根据太阳路径和当地环境的影响,对建筑物围护结构不同区域所经历的不同水平进行彩色渲染。将假设的光伏面板产生的能量与实际住宅部门的能耗进行了比较,这成为评估热带地区光伏的预期实施的基准。

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