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Amorphous and 'micromorph' silicon tandem cells with high open-circuit voltage

机译:具有高开路电压的非晶和“微晶”硅串联电池

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For amorphous and 'micromorph' silicon multi-junction solar cells, we have developed tunnel recombination junctions consisting of two microcrystalline doped layers with a defect-rich interface. While the solar cells performed reasonably well under AM 1.5 light, we found in spectral response measurements that the first deposited cell of tandem structures in nip and pin configuration was apparently leaking under low light conditions. Insertion of a thin protection layer of n-type amorphous silicon solved this issue, and led to an increase in open-circuit voltage. Voltages as high as 1.76 V have been obtained for a-Si/a-Si pinpin tandem cells. (c) 2004 Elsevier B.V. All rights reserved.
机译:对于非晶和“微晶”硅多结太阳能电池,我们开发了由两个具有缺陷缺陷界面的微晶掺杂层组成的隧道复合结。尽管太阳能电池在AM 1.5光照下表现相当不错,但我们在光谱响应测量中发现,在压光和别针配置下,串联结构的第一个沉积电池显然在弱光条件下泄漏。插入n型非晶硅薄保护层解决了这个问题,并导致开路电压增加。对于a-Si / a-Si pinpin串联电池,已获得高达1.76 V的电压。 (c)2004 Elsevier B.V.保留所有权利。

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