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Efficiency of Geometric Designs of Flexible Solar Panels: Mathematical Simulation

机译:柔性太阳能电池板的几何设计效率:数学模拟

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The purpose of this study is to analyze various surfaces of flexible solar panels and compare them to the traditional flat panels mathematically. We evaluated the efficiency based on the integral formulas that involve flux. We performed calculations for flat panels with different positions, a cylindrical panel, conical panels with various opening angles and segments of a spherical panel. Our results indicate that the best efficiency per unit area belongs to particular segments of spherically-shaped panels. In addition, we calculated the optimal opening angle of a cone-shaped panel that maximizes the annual accumulation of the sun radiation per unit area. The considered shapes are presented below with a suggestion for connections of the cells.
机译:这项研究的目的是分析柔性太阳能板的各种表面,并在数学上将其与传统平板进行比较。我们基于涉及通量的积分公式评估了效率。我们对具有不同位置的平板,圆柱形面板,具有不同打开角度的圆锥形面板和球形面板的片段进行了计算。我们的结果表明,每单位面积的最佳效率属于球形面板的特定部分。此外,我们计算了一个圆锥形面板的最佳打开角度,该角度最大程度地增加了单位面积太阳辐射的年度累积量。下面介绍了考虑的形状,并提出了单元连接的建议。

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