Polycrystalline solar module 90-110W 18V
    Features
    ø High quality solar cells are seleted for advanced packaging
    ø Adopt high transmitance toughened glass, EVA and anti-UV backplane material
    ø A component,multi-station perfomance test to ensure product performance
    ø Component frame adopt aluminum alloy anodizing,is used to improve the ani-comosion ability, to ensure that the components can adapt to all kinds of harsh outdoor environments
    ø moncryetaline silcon & polyaystaline silcon as opions
    ø The component technology is guaranteed for 5 years, the output power of the component is no less than 90% in 10 years, no less than 80% in 20 years.


    Advantages
    1.The component can withstand the snow pressure up to 5400Pa,withstand the wind pressure up to 2400Pa.
    2.Ensure the output power:0~+5W
    3.Under the weak lighting conditions(cloudy weather,morning and evening)with high performance
    4.Pass the independent certification of international authority,including IEC61215,IEC61730,UL1703,TUV security gradeII.and CE.ISO9001,ISO14001 CHSAS18001
    5.International standards:quality,environment,occupational health and safety managemant system.

    Application
    Emergency light systems/ Standby power supply/ UPS and computer standby power supply/ Power supply/ Solar system/ Wind system/ Telecommunication system/ Firefighting equipment standby power supply/ Railway system/Power station.Emergency light systems/ Standby power supply/ UPS and computer standby power supply/ Power supply/ Solar system/ Wind system/ Telecommunication system/ Firefighting equipment standby power supply/ Railway system/Power station.

Polycrystalline solar module 90-110W 18V

ELECTRICAL DATA (STC)
NPP-90-36
NPP-100-36

NPP-110-36

Peak Power Watts-PMAX (Wp) 90
100
110
Power Output Tolerance-PMAX (W)
0/+3
0/+3
0/+3
Operating Voltage-VMP(V)
17.8
18.2
18.4
Operating Current-IMP(A)
5.05
5.49
5.97
Open Circuit Voltage-VOC (V)
21.8
22.2
22.4
Short Circuit Current-ISC (A)
5.57
6.04
6.56
Module Efficiency ηm (%)
15.5
17.2 18.9