六结聚光太阳能电池的测量

J. Geisz, R. France, M. Steiner, T. Moriarty, Tao Song
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引用次数: 1

摘要

通过对可调高强度太阳模拟器的光谱进行调整,实现了六结反向变质聚光太阳能电池在AM1.5直接光谱下的精确测量。开发了同型参考单元和宽带InGaAs QE校准单元,用于精确测量。建模和改变照度表明,在第6结不可避免的15% - 17%的过照度不会导致这些6J IMM器件的显着误差。光谱调整闪光测量由NREL的电池和模块性能团队独立确认。6J IMM太阳能电池在143个太阳下的浓度测量结果为47.1±3.2%(绝对)效率。
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Measurements of Six-Junction Concentrator Solar Cells
Accurate measurements of six-junction inverted metamorphic concentrator solar cells under AM1.5 direct spectrum are obtained by adjusting the spectrum of a tunable high-intensity solar simulator with custom mirrors. Isotype reference cells and broadband InGaAs QE calibration cells were developed for accurate measurements. Modeling and varying the illumination show that an unavoidable 15% - 17% overillumination on the sixth junction does not result in significant error of these 6J IMM devices. Spectrally adjusted flash measurements are independently confirmed by NREL's Cell and Module Performance team. Concentration measurements of a 6J IMM solar cell resulted in 47.1 ± 3.2% (absolute) efficiency at 143 suns.
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