1990Applied Physics LettersRequires access

24% efficient silicon solar cells

A. Wang, Jianhua Zhao, Martin A. Green

Open publisher page 298 citations

Abstract

Significant improvements in silicon solar cell performance are reported using an improved high-efficiency silicon solar cell structure. This structure overcomes deficiencies in an earlier structure by locally diffusing boron into contact areas at the rear of the cells. Terrestrial energy conversion efficiencies up to 24% are reported for silicon cells for the first time. Air Mass 0 efficiencies lie in the 20–21% range, the first silicon cells to exceed 20% efficiency under space illumination.

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What this paper is about

Significant improvements in silicon solar cell performance are reported using an improved high-efficiency silicon solar cell structure. This structure overcomes deficiencies in an earlier structure by locally diffusing boron into contact areas at the rear of the cells. Terrestrial energy conversion efficiencies up to 24% are reported for silicon cells for the first time. Air Mass 0 efficiencies lie in the 20–21% range, the first silicon cells to exceed 20% efficiency under space illumination.

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Available abstract

Significant improvements in silicon solar cell performance are reported using an improved high-efficiency silicon solar cell structure. This structure overcomes deficiencies in an earlier structure by locally diffusing boron into contact areas at the rear of the cells. Terrestrial energy conversion efficiencies up to 24% are reported for silicon cells for the first time. Air Mass 0 efficiencies lie in the 20–21% range, the first silicon cells to exceed 20% efficiency under space illumination.

Key concepts: Silicon, Materials science, Boron, Solar cell, Optoelectronics, Energy conversion efficiency, Range (aeronautics), Air mass (solar energy)

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