在太阳能电站，鸟类影响太阳能电板的受光面积，降低发电效率。
In solar power plants, birds affected by the solar panels light the area, lower power generation efficiency.
在太阳能发电中，电池板受光面与太阳光线的角度是决定太阳能发电效率的关键因素。
In solar power generation, the Angle of the battery plate facing sun and sunlight is a key factor determining the efficiency of solar power generation.
为了让受光面和阴影部分有个较大的区分，我首先使用色彩平衡选项来获得光照的基本色调。
To make a big difference between the light and the shadows, I firstly used the Color Balance option to get the basic tones of light and shade.
由于背抛光面对受光面入射光的反射，使得少子产生率和受光面表面光电压都高于单面抛光片。
Because of the reflection on the back surface the minority carrier generation and illuminated surface photovoltage of both sides polished wafer will be higher than one of single side polished wafer.
由于背抛光面对受光面入射光的反射，使得少子产生率和受光面表面光电压都高于单面抛光片。
Because of the reflection on the back surface the minority carrier generation and illuminated surface photovoltage of both sides polished wafer will be higher than one of single side polished wafer.
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