Exploiting metallic glasses for 19.6 efficient back contact solar cell

Suk Jun Kim; Se Yun Kim; Jin Man Park; Jung Na Heo; Jun Ho Lee; Sang Mock Lee; Do Hyang Kim; Won Tae Kim; Ka Ram Lim; Donghwan Kim; Sung Chan Park; Hyoeng Ki Kim; Min Chul Song; Jucheol Park; Sang Soo Jee; Eun Sung Lee

doi:10.1063/1.4742324

Exploiting metallic glasses for 19.6 efficient back contact solar cell

Suk Jun Kim, Se Yun Kim, Jin Man Park, Jung Na Heo, Jun Ho Lee, Sang Mock Lee, Do Hyang Kim, Won Tae Kim, Ka Ram Lim, Donghwan Kim, Sung Chan Park, Hyoeng Ki Kim, Min Chul Song, Jucheol Park, Sang Soo Jee, Eun Sung Lee

Department of Materials Science and Engineering

Research output: Contribution to journal › Article › peer-review

23 Citations (Scopus)

Abstract

An interdigitated back contact silicon solar cell with conversion efficiency of 19.6 was fabricated by screen-printing the Ag paste. In the Ag paste, oxide glass frits were totally replaced by Al ₈₅Ni ₅Y ₈Co ₂, Al-based metallic glass (MG) ones. The thermoplastic forming of the MG in the super cooled liquid region led to large contact area at the interface between Ag electrodes and Si layers and thus to specific contact resistance (ρ _c) as low as 0.86 m cm ². The specific contact resistance was a function of both contact area and thickness of the interlayer formed at the interface working as a tunneling barrier.

Original language	English
Article number	064106
Journal	Applied Physics Letters
Volume	101
Issue number	6
DOIs	https://doi.org/10.1063/1.4742324
Publication status	Published - 2012 Aug 6

All Science Journal Classification (ASJC) codes

Physics and Astronomy (miscellaneous)

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10.1063/1.4742324

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title = "Exploiting metallic glasses for 19.6 efficient back contact solar cell",

abstract = "An interdigitated back contact silicon solar cell with conversion efficiency of 19.6 was fabricated by screen-printing the Ag paste. In the Ag paste, oxide glass frits were totally replaced by Al 85Ni 5Y 8Co 2, Al-based metallic glass (MG) ones. The thermoplastic forming of the MG in the super cooled liquid region led to large contact area at the interface between Ag electrodes and Si layers and thus to specific contact resistance (ρ c) as low as 0.86 m cm 2. The specific contact resistance was a function of both contact area and thickness of the interlayer formed at the interface working as a tunneling barrier.",

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AU - Kim, Suk Jun

AU - Kim, Se Yun

AU - Park, Jin Man

AU - Heo, Jung Na

AU - Lee, Jun Ho

AU - Lee, Sang Mock

AU - Kim, Do Hyang

AU - Kim, Won Tae

AU - Lim, Ka Ram

AU - Kim, Donghwan

AU - Park, Sung Chan

AU - Kim, Hyoeng Ki

AU - Song, Min Chul

AU - Park, Jucheol

AU - Jee, Sang Soo

AU - Lee, Eun Sung

PY - 2012/8/6

Y1 - 2012/8/6

N2 - An interdigitated back contact silicon solar cell with conversion efficiency of 19.6 was fabricated by screen-printing the Ag paste. In the Ag paste, oxide glass frits were totally replaced by Al 85Ni 5Y 8Co 2, Al-based metallic glass (MG) ones. The thermoplastic forming of the MG in the super cooled liquid region led to large contact area at the interface between Ag electrodes and Si layers and thus to specific contact resistance (ρ c) as low as 0.86 m cm 2. The specific contact resistance was a function of both contact area and thickness of the interlayer formed at the interface working as a tunneling barrier.

AB - An interdigitated back contact silicon solar cell with conversion efficiency of 19.6 was fabricated by screen-printing the Ag paste. In the Ag paste, oxide glass frits were totally replaced by Al 85Ni 5Y 8Co 2, Al-based metallic glass (MG) ones. The thermoplastic forming of the MG in the super cooled liquid region led to large contact area at the interface between Ag electrodes and Si layers and thus to specific contact resistance (ρ c) as low as 0.86 m cm 2. The specific contact resistance was a function of both contact area and thickness of the interlayer formed at the interface working as a tunneling barrier.

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Exploiting metallic glasses for 19.6 efficient back contact solar cell

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