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  • PERC
    FACIAL MBB
    HALF CELL
    Solar Panel

    Inquiry Now

  • LNE5M144-535

    Module Efficiency

    21.3%

    Output

    535W

    LNE5M144-550

    Module Efficiency

    21.3%

    Output

    550W

  • Based on multi-busbar technology, 182mm large-size silicon wafers, allowing over 550/555watt power output and up to 21.3% module efficiency.

    LNE high-efficiency solar panels are suitable for various harsh environments and are widely used around the world: from pastures to snowfields, from deserts to mountains, and from commercial buildings to residential buildings.

    Applications of photovoltaic modules: LNE modules can be used for Solar street lights, garden lights and other lighting applications; Communication field; Utility Projects;Distributed photovoltaic power generation and building-integrated photovoltaic power generation system; Commercial Projects; Residentail Projects and remote areas without electricity.

  • Dimension and
    Power Density

    Dimension: 2279*1134*30mm; Output up to 550/555watt, module efficiency high to 21.3%.

    HALF-CELL+MBB

    Half-cell and MBB are the mainstream module packaging processes. Half-cell reduces the operating current, and MBB enhances the current collection capability of the module; Improve photoelectric conversion efficiency, reduce the BOS cost of the system.

    Applied Under
    Strict Conditions

    Applicable to ammonia, salt mist, high temperature, high humidity condition.

    Enhanced
    Mechanical Load

    Wind load 2400 pascal; Snow load 5400 pascal. Allowing our solar panels to be used in a variety of harsh environments.

    Water-proof
    Performance

    IP68 junction boxes improve water-proof performance.

    Excellent Fire-proof
    Performance

    Modules have passed anti-fire test.

  • PERC
    FACIAL MBB
    HALF CELL
    Solar Panel

    Inquiry Now

  • LNE5M108-400

    Module Efficiency

    21.3%

    Output

    400W

    LNE5M108-415

    Module Efficiency

    21.3%

    Output

    415W

  • Based on multi-busbar technology, 182mm large-size silicon wafers, allowing over 410/415watt power output and up to 21.3% module efficiency.

    LNE high-efficiency solar panels are suitable for various harsh environments and are widely used around the world: from pastures to snowfields, from deserts to mountains, and from commercial buildings to residential buildings.

    Applications of photovoltaic modules: LNE modules can be used for Solar street lights, garden lights and other lighting applications; Communication field; Utility Projects;Distributed photovoltaic power generation and building-integrated photovoltaic power generation system; Commercial Projects; Residentail Projects and remote areas without electricity.

  • Dimension and
    Power Density

    Dimension: 1722*1134*30mm; Output up to 410/415watt,module efficiency high to 21.3%.

    HALF-CELL+MBB

    Half-cell and MBB are the mainstream module packaging processes. Half-cell reduces the operating current, and MBB enhances the current collection capability of the component; Improve photoelectric conversion efficiency, reduce the BOS cost of the system.

    Enhanced
    Mechanical Load

    Wind load 2400 pascal; Snow load 5400 pascal.Allowing our solar panels to be used in a variety of harsh environments.

    Applied Under
    Strict Conditions

    Applicable to ammonia, salt mist, high temperature, high humidity condition.

    Water-proof
    Performance

    IP68 junction boxes improve water-proof performance.

    Excellent Fire-proof
    Performance

    Modules have passed anti-fire test.

PERC Technology

PERC technology refers to the "Passivated Emitter and Rear Cell" technology.

  • Power density

    21.3%

  • Yearly degradation

    0.45%

  • Bifaciality reaches

    65%-70%

  • Temperature coefficient of P-max

    -0.35%/℃

The efficiency records of PERC cells have been continuously refreshed in recent years, making it the most cost-effective technology in the next three years. The advantages of PERC technology include:

  • High photoelectric conversion efficiency, which can significantly reduce the BOS cost of the system.

    1

  • Low attenuation, which can ensure the project's power generation.

    2

  • The mechanical performance is good, which can effectively reduce hidden cracks.

    3

Electrical Data
Under STC

Related Projects

Brazil

May 2022

Munich

October 2022

Netherlands

March 2021