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Progress toward high-efficiency (> 24%) and low-cost multi-junction solar cell production

机译:向高效率(> 24%)和低成本多结太阳能电池生产迈进

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摘要

TECSTAR has made significant progress in improving the efficiency and yield of multijunction (Cascade(R)) solar cells. TECSTAR has produced 27.0% efficient 2 cm x 2 cm Cascade(R) cells through improvements in material quality and cell structures. Radiation performance of these cells has also improved. The remaining power after 1E15 e/cm(2), 1 MeV electron irradiation is greater than 80%. In addition, TECSTAR has successfully developed an integral bypass diode, grown monolithically with the Cascade" cell. No degradation in the diode performance after subjected to 1E15e(-)/cm(2), 1 MeV electron irradiation and no degradation in the CIC assemblies after subjected to 3000 cycles of dark reverse test. (C) 2001 Published by Elsevier Science B.V. All rights reserved. [References: None]
机译:TECSTAR在提高多结(Cascade(R))太阳能电池的效率和产量方面取得了重大进展。 TECSTAR通过改善材料质量和电池结构,生产了27.0 x 2 cm Cascade(R)电池,效率高达27.0%。这些细胞的辐射性能也得到了改善。 1E15 e / cm(2),1 MeV电子辐照后的剩余功率大于80%。此外,TECSTAR还成功开发了一种整体式旁路二极管,与Cascade“电池整体生长。经受1E15e(-)/ cm(2),1 MeV电子辐照后,二极管性能不会降低,并且在CIC组件中也不会降解经过3000次黑暗反向测试循环后(C)2001,由Elsevier Science BV保留所有权利。[参考:无]

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