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中国物理学会期刊

高效黑硅电池组件反光板角度的模拟研究

CSTR: 32037.14.aps.63.018802

Simulation on reflection plate angles of the efficient black silicon PV modules

CSTR: 32037.14.aps.63.018802
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  • 传统的光伏组件为了实现发电功率最大化,安装时具有一定倾角,但在使用过程中仍有一部分光会被组件表面反射到空中造成浪费. 本文设计了一种带反光板结构的高效黑硅太阳能电池组件,多角度吸光的黑硅组件配合反光板结构可以充分利用反射光线. 对反光板和黑硅组件夹角进行了模拟计算,结果表明,当光伏组件安装倾角为34°时,反光板安装角度为16.5°最佳,同等光照条件下使得电池的发电功率增加了约39%.

     

    In order to achieve maximum power output, common PV modules will deliberately make a certain angle, but still some light will be reflected from the surface of the common PV modules into the air and waste. This paper presents a reflective plate structure having efficient black silicon solar modules, and multi-angle light-absorbing black silicon components to construct a reflective plate structure that can take advantage of the reflected light. The angle between the reflectors and black silicon component was simulated in this paper, which shows that when the assembly angle of PV module is 34°, the optimum angle of the reflective plate is 16.5°, in this case, the battery’s power generation is increased by about 39% under the same illumination conditions.

     

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