Multi 3BB

Mosel Vitelic Incorporation
Cell Type: Polycrystalline
Power Range: 3.74~4.29 Wp
Region: Taiwan Taiwan
Note: Your Enquiry will be sent directly to Mosel Vitelic Incorporation.

Alternative Product

From $0.220 / Wp
  • Maximum Power: 4.41 W
  • Cell Type: Monocrystalline
  • Dimensions: 156×156 mm
  • DIAGONAL: --
  • Cell Thickness: 200 µm
  • Pmax: 4.41 W
  • Vmpp: 0.526 V
  • Impp: 8.39 A
  • Voc: 0.628 V
  • Isc: 9.03 A
  • FF: 77.82 %
  • Efficiency: 18.4 %
  • No. of Busbars: 3
  • Busbar Material: Silver
  • No. of Soldering Pads: 3
  • Soldering Pad Material: Silver, Aluminium
  • AR Coating: Silicon nitride

Product Characteristics

Model No.
MBX15 MBX16 MBX17 MBX18 MBX19 MBX20 MBX21 MBX22 MBX23 MBX24 MBX25 MBX26
Product Characteristics  
Cell Technology Polycrystalline
Dimensions 156×156 mm
Diagonal 220 mm
Cell Thickness 220 ± 30 µm
Front Surface (-)  
No. of Busbars 3
Busbar Width 1.5 mm
Busbar Material Silver
Anti Reflection Coating Silicon nitride
Back Surface (+)  
No. of Soldering Pads 3
Soldering Pad Width 3 mm
Soldering Pad Material Silver, Aluminium
Back Surface Field (BSF) Aluminium
Electrical Data at STC  
Maximum Power (Pmax)
3.74 W 3.79 W 3.84 W 3.89 W 3.94 W 3.99 W 4.04 W 4.09 W 4.14 W 4.19 W 4.24 W 4.29 W
Voltage at Maximum Power Point (Vmpp)
0.499 V 0.502 V 0.504 V 0.507 V 0.511 V 0.514 V 0.517 V 0.519 V 0.522 V 0.524 V 0.526 V 0.528 V
Current at Maximum Power Point (Impp)
7.55 A 7.6 A 7.67 A 7.722 A 7.76 A 7.815 A 7.861 A 7.925 A 7.978 A 8.043 A 8.105 A 8.162 A
Open Circuit Voltage (Voc)
0.605 V 0.608 V 0.61 V 0.612 V 0.916 V 0.619 V 0.621 V 0.623 V 0.625 V 0.627 V 0.629 V 0.631 V
Short Circuit Current (Isc)
8.155 A 8.202 A 8.265 A 8.32 A 8.36 A 8.41 A 8.445 A 8.48 A 8.512 A 8.542 A 8.573 A 8.604 A
Cell Efficiency
15.4-15.59 % 15.6-15.79 % 15.8-15.99 % 16-16.19 % 16.2-16.39 % 16.4-16.59 % 16.6-16.79 % 16.8-16.99 % 17-17.19 % 17.2-17.39 % 17.4-17.59 % 17.6-17.79 %
Fill Factor (FF)
76.36 % 76.51 % 76.67 % 76.89 % 51.78 % 77.16 % 77.5 % 77.85 % 78.28 % 78.69 % 79.06 % 79.38 %
Thermal Ratings  
Temperature Coefficient of Pmax -0.418 %/˚C
Intensity Dependence
Intensity
Voc
Vmpp
1000 W/m2
1
--
900 W/m2
0.996
--
500 W/m2
0.97
--
300 W/m2
0.948
--
200 W/m2
0.924
--
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Mosel Vitelic Incorporation

No. 1, Creation Rd. I, Hsinchu Science Park, Hsinchu
No. Staff: 200
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