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    Champion Module Efficiencies.20190422

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    hijer
    The document compares the module efficiencies of different photovoltaic technologies, ranging from silicon to III-V multi-junction cells. It shows that the highest efficiencies are achieved by hybrid four-junction concentrator cells at over 44%, followed by various types of silicon solar cells up to around 22%. Emerging technologies like perovskites and organic photovoltaics currently have efficiencies between 12-25%.

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    Champion Module Efficiencies.20190422

    Uploaded by

    hijer
    48 views1 page
    The document compares the module efficiencies of different photovoltaic technologies, ranging from silicon to III-V multi-junction cells. It shows that the highest efficiencies are achieved by hybrid four-junction concentrator cells at over 44%, followed by various types of silicon solar cells up to around 22%. Emerging technologies like perovskites and organic photovoltaics currently have efficiencies between 12-25%.

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    The document compares the module efficiencies of different photovoltaic technologies, ranging from silicon to III-V multi-junction cells. It shows that the highest efficiencies are achieved by hybrid four-junction concentrator cells at over 44%, followed by various types of silicon solar cells up to around 22%. Emerging technologies like perovskites and organic photovoltaics currently have efficiencies between 12-25%.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    48 views1 page

    Champion Module Efficiencies.20190422

    Uploaded by

    hijer
    The document compares the module efficiencies of different photovoltaic technologies, ranging from silicon to III-V multi-junction cells. It shows that the highest efficiencies are achieved by hybrid four-junction concentrator cells at over 44%, followed by various types of silicon solar cells up to around 22%. Emerging technologies like perovskites and organic photovoltaics currently have efficiencies between 12-25%.

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    © All Rights Reserved
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    Download as pdf or txt
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    Champion Module Efficiencies

    48
    Silicon Hybrid Module Sizes (Area cm2)
    Silicon multicrystalline Hybrid four-junction (conc.)
    44 Silicon mono Passivated Emitter Rear Contact (PERC) > 14,000 Large module
    Silicon mono interdigitated back contact (IBC) Chalcogenide 6,500 - 14,000 Standard module
    Silicon mono heterojunction IBC
    CdTe
    Silicon thin-film 800 - 6,500 Small module UNSW 40.6%
    CIGS
    40 Silicon other
    CIGSS 200 - 800 Mini-module 38.9%
    Fraunhofer ISE
    Amorphous Silicon (a-Si)
    Emerging PV
    Amorphous silicon
    36 a-Si two-junction Organic PV Amonix Fraunhofer ISE 35.9%

    a-Si three-junction Perovskite


    Amonix
    32 GaAs III-V
    31.2%
    Module Efficiency (%)

    GaAs single-junction (non-concentrator) Sharp


    GaAs three-junction (concentrator)
    GaAs three-junction (non-concentrator)
    28 GaAs four-junction (concentrator)
    Alta Devices Alta Devices
    Alta Devices 25.1%
    Honda/ 24.4%
    24 SunPower UNSW
    Panasonic Kaneka
    UNSW/Gochermann SunPower 22.8%
    SunPower
    Sandia/UNSW/Entech UNSW SunPower Hanwha, 22.7%
    SunPower 20.5%
    20 Trina Solar Q-Cells Trina Solar 19.9%
    UNSW Kyocera Schott Solar Solar Frontier 19.2%
    SunPower 18.6%
    UNSW Schott Solar Q-Cells First Solar
    Sandia Miasole Solar Frontier 16.6%
    16 ECN/REC First Solar
    Siemens First Solar Avancis
    Showa Shell Miasole
    Siemens Solar TEL Solar, Trubbach Labs
    Solar Texas Siemens PrimeStar TEL Solar, Trubbach Labs 12.3%
    12 ARCO Fuji
    Electric
    USSC Instruments Solar BP Solar Toshiba 11.1%
    11.7%
    ARCO LG Electronics 10.3%
    Solarex BP Solarex LG Electronics 9.8%
    Solar Golden Toshiba 8.7%
    8 Photon Golden Solar Cells,Inc. Photon
    Matsushita
    Pacific Solar
    8.2%
    Energy Photon Cells, USSC ECN Petten
    Inc.
    ARCO
    USSC
    4

    (Rev. 04-19-2019)
    0
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