建筑一体化光伏倾斜角度估算的调查研究

Anirudha Barman
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引用次数: 1

摘要

本文演示了一种调查程序,以确定孟加拉国八个不同地区的最佳倾斜角度,孟加拉国是一个位于北半球的南亚国家。这项工作的重点是在一年的时间里为每个区域确定一个倾斜角度,最后通过安装光伏板,以最佳角度倾斜,找到合适的区域来积累更多的入射能量。仿真结果观察也表明,优化光伏板的倾斜角度使能量积累增加。从结果分析来看,从位置上看,最佳倾斜角在25.57°~ 22.10°之间。此外,研究还发现,孟加拉国南部地区更适合安装以最佳角度倾斜太阳能电池板的建筑一体化光伏发电,因为南部地区倾斜的光伏电池板可以比北部地区多利用近9% - 10%的能源。
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Tilt Angle Estimation for Building Integrated Photo-voltaics - An Investigative Study
This paper demonstrates an investigation procedure to determine the optimum tilt angle for eight different regions of Bangladesh, a country of South Asia situated in the Northern Hemisphere. The work focuses on determining one tilt angle for each region for a whole year and finally finds out the suitable areas to accumulate more incident energy through installing photovoltaic panels that are tilted at an optimum angle. The simulation outcome observation also shows that the energy accumulation increases because of the optimization of the tilt angle of photovoltaic panels. From the result analysis, the paper observed that location-wise the optimum tilt angle varies from 25.57° to 22.10°. Moreover, the study also finds out that the Southern Region of Bangladesh is more suitable to install building-integrated photovoltaic tilting the solar panels at an optimized angle because the tilted photovoltaic panels in the Southern region can harness almost 9% −10% more energy than Northern Region.
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