Results demonstrate that solar intensity greatly affects the maximum power output;
结果发现:影响太阳电池最大输出功率的主要因素是太阳辐照度;
Results show that the air temperature difference, thermal and exergy efficiency increase with incident solar intensity increasing, but the electrical efficiency decreases.
结果表明:随着入射光强度的增加,空气进出口温差、热和(火用)效率是增大的,而电效率则有所降低。
The polygonal segments of the surface react to ultra-violet light, mapping the position and intensity of solar rays.
其表面的多角形组成部分对紫外光产生反应,映射太阳光线的方位和强度。
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