eoplly polycrystalline 250w en

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Eoplly New Energy Technology Co., Ltd | WWW.EOPLLY.EU EOPLLY 156 Polycrystalline series solar modules are made of 60 pcs 156× 156mm Polycrystalline solar cells in series with high efficency, high transmission rate and low iron tempered glass, anti-aging EVA and high flame resistant back sheet, and anodized aluminum alloy. Eoplly modules are built to high quality standards (86 control points) offering a long service life, are easy to install and demonstrate high wind and hail impact resistance. EOPLLY 156P / 60 (250W) Polycrystalline Solar Module FEATURES AND BENEFITS ELECTRICAL SPECIFICATIONS The clectrical specifications are typical average value from historical production data. The clectrical data relates to standard test conditons [STC]: 1,000W/m 2 ; AM1.5 ; 25°C Hail Test 25mm diameter ice ball at 23m/s, directed at 11 inpact locations Type / Model EP156P/60-250W Open Circuit Voltage at STC, 37.56 Rated Voltage at STC, (V dc) 31.32 Short Circuit Current at STC, (A dc) 8.791 Rated Current at STC, (A dc) 8.000 maximum power at STC Pmax 250W module efficiency 15.30% operating temperature -40°C to 85°C maximum system voltage 1000V High efficiency Outstanding low-light performance thanks to anti-reflective glass 10 years product guarantee Applicable for on-grid and 24V off-grid system Member of PV CYCLE Pass 5400 Pa Pressure Test 5 80% 90% 100% Years 15 10 20 25 Guaranteed Power 10 year product warranty 25 year linear power warranty Additional value from Eoplly's linear warranty Power warranties: 10 years linear 90% 25 years linear 80% Power tolerance 0/+3% Three bypass diodes

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  • Eoplly New Energy Technology Co., Ltd | WWW.EOPLLY.EU

    EOPLLY 156 Polycrystalline series solar modules are made of 60 pcs 156 156mm Polycrystalline solar cells in series with high efficency, high transmission rate and low iron tempered glass, anti-aging EVA and high flame resistant back sheet, and anodized aluminum alloy. Eoplly modules are built to high quality standards (86 control points) offering a long service life, are easy to install and demonstrate high wind and hail impact resistance.

    EOPLLY 156P / 60 (250W)Polycrystalline Solar Module

    FEATURES AND BENEFITS

    ELECTRICAL SPECIFICATIONS

    The clectrical specifications are typical average value from historical production data.The clectrical data relates to standard test conditons [STC]: 1,000W/m2 ; AM1.5 ; 25C

    Hail Test 25mm diameter ice ball at 23m/s, directed at 11 inpact locations

    Type / Model EP156P/60-250W

    Open Circuit Voltage at STC, 37.56

    Rated Voltage at STC, (V dc) 31.32

    Short Circuit Current at STC, (A dc) 8.791

    Rated Current at STC, (A dc) 8.000

    maximum power at STC Pmax 250W

    module efficiency 15.30%

    operating temperature -40C to 85C

    maximum system voltage 1000V

    High efficiencyOutstanding low-lightperformancethanks to anti-reflective glass

    10 years product guarantee

    Applicable for on-grid and24V off-grid system

    Member of PV CYCLE Pass 5400 Pa Pressure Test

    5

    80%

    90%

    100%

    Years 1510 20 25

    Gua

    rant

    eed

    Pow

    er

    10 year product warranty25 year linear power warrantyAdditional value from Eoplly's linear warranty

    Power warranties:10 years linear 90%25 years linear 80%

    Power tolerance 0/+3%Three bypass diodes

  • Eoplly New Energy Technology Co., Ltd | WWW.EOPLLY.EU

    EOPLLY 156P / 60 (250W)Polycrystalline Solar Module

    ALL DIMENSIONS IN mm Mechanical Characteristics

    Output

    Temperature Coefficients

    Solar Cell Polycrystalline silicon solar cell 156x156mm

    No.of Cells 60 (6x10)

    Dimensions 1644x994x50mm

    Weight 18.8Kg

    Front Glass 3,2mm (0.13inches) tempered glass

    Frame Anodized aluminum alloy

    Cable Type 4mm2

    Lengths L = 900mm

    Junction Box Above IP65

    Connectors MC4 compatible

    Over-current protection rating [A] 15A

    Nominal Operating Cell Temperature (NOCT) 462C

    Temperature Coefficient of Pmax -0.48/C

    Temperature Coefficient of Voc -0.35/C

    Temperature Coefficient of Isc 0.06/C

    Pow

    er (W

    )

    Ave. efficiency reduction of