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    Home > Chemicals Industry > Chemical Technology > Sharp has successfully developed compound photovoltaic modules with conversion efficiencies of up to 31.17%.

    Sharp has successfully developed compound photovoltaic modules with conversion efficiencies of up to 31.17%.

    • Last Update: 2022-11-21
    • Source: Internet
    • Author: User
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    Sharp announced that the three-layer stacked compound solar cells developed by the company achieved a module efficiency of 31.
    17%
    when not concentrating.
    The module size is about 31 cm square (area 968 c㎡
    ).
    Although the conversion efficiency of the 1.
    047c㎡ solar cell developed by Sharp has reached 37.
    9%, for large modules, 31.
    17% is the highest level in the world
    .

    At present, compound solar cells are mainly used in artificial satellites and so on
    .
    In general, the price of multilayer stacked compound solar cells is tens of times
    that of silicon solar cells of the same area.
    Therefore, except for special uses such as Sputnik, the use is not extensive
    .

    In the future, Sharp will further improve efficiency, reduce costs, and develop ground applications
    such as mobile bodies that require high lightweight.

    Sharp announced that the three-layer stacked compound solar cells developed by the company achieved a module efficiency of 31.
    17%
    when not concentrating.
    The module size is about 31 cm square (area 968 c㎡
    ).
    Although the conversion efficiency of the 1.
    047c㎡ solar cell developed by Sharp has reached 37.
    9%, for large modules, 31.
    17% is the highest level in the world
    .

    solar cell

    At present, compound solar cells are mainly used in artificial satellites and so on
    .
    In general, the price of multilayer stacked compound solar cells is tens of times
    that of silicon solar cells of the same area.
    Therefore, except for special uses such as Sputnik, the use is not extensive
    .

    In the future, Sharp will further improve efficiency, reduce costs, and develop ground applications
    such as mobile bodies that require high lightweight.

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