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Estimation of Solar Irradiance on a Contoured Platform for Optimized Solar Power Generation

机译:优化太阳能发电飞行平台太阳辐照估算

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Now-a-days, applications of flexible solar photovoltaic technologies are emerging in the fields of portable applications (solar tent, solar canopy, solar aircraft etc.). Easy integration with any contoured surface and lightweight property makes flexible solar PV technology (Amorphous Silicon, thin-film Silicon, Dye sensitized solar cell) to be a potent solution for multipurpose conditions. However, contour surface produces variable tilt on the SPV modules which causes non-uniform illumination on the integrated SPV array. Further, this leads to significant loss in power generation which requires optimization. This article carries out a numerical study to investigate the effect of surface contour on the incident solar irradiance and a devise a methodology for solar PV array layout strategy to reduce the power loss due to non-uniform illumination.
机译:现在,柔性太阳能光伏技术的应用在便携式应用领域(太阳能帐篷,太阳能冠层,太阳能飞机等)出现了柔性太阳能光伏技术。与任何轮廓表面和轻质性能轻松集成,使得柔性太阳能光伏技术(非晶硅,薄膜硅,染料敏化太阳能电池)成为多用途条件的有效解决方案。然而,轮廓表面在SPV模块上产生可变倾斜,这导致集成SPV阵列上的不均匀照明。此外,这导致了需要优化的发电中的显着损失。本文进行数值研究,以研究表面轮廓对事件太阳辐照度的影响,以及用于太阳能光伏阵列布局策略的方法,以降低由于不均匀照明引起的功率损耗。

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