Prediction of energy performance of multijunction A{3}B{5} photoconverters with optical concentrators in different geographic regions

Aronova Ekaterina S.; Emelyanov Victor M.; Shvarts Maxim Z.

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Prediction of energy performance of multijunction A{3}B{5} photoconverters with optical concentrators in different geographic regions

机译：在不同地理区域中具有光学聚光器的多连{3} B {5}光电转换器的能量性能预测

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In the paper the simulation of the response of the working parameters of multijunction A{3}B{5} photoconverters with optical concentrators on the change in the spectral composition of the solar radiation in different climatic conditions has been performed. Energy production of the photoconverters in several geographical locations was estimated. It was shown that inaccuracy of prediction of the energy production might be up to 16 % high in the case of neglecting photoconverter efficiency changing under the incident light spectral composition variation.

机译：在纸质中，已经进行了在不同气相辐射的光学聚合物的变化下，在不同气候条件下的光学聚光器的多连动器的工作参数的响应模拟。估计了几个地理位置中光电转换器的能量产生。结果表明，在忽略光谱分子变化的情况下，在忽略光电逆逆变器效率变化的情况下，能量产生的预测的不准确性高达16％。

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《St. Petersburg Polytechnic University Journal: Physics and Mathematics》 |2013年第3期|共8页
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Aronova Ekaterina S.; Emelyanov Victor M.; Shvarts Maxim Z.;
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solar cellmultijunction photoconverterphotovoltaic moduleenergy production;

机译：太阳能电池电池光电变频器光伏模升生产;

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Prediction of energy performance of multijunction A{3}B{5} photoconverters with optical concentrators in different geographic regions

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