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Content is comming here as you probably can see.Content is comming here as you probably can see.
Content is comming here as you probably can see.Content is comming here as you probably can see.
 
Highlights:
 
» Narrow cell banding offers best cell to module wattage realization.
» 100% grading on "Peak Power".
» 100% check on visual appearance.
» Each cell produced at our facility undergoes a series of thorough quality test.
 
Cell Characteristics: General
 
Type of cell : Mono crystalline
Design (Square, Pseudo square) : Pseudo square
 
Cell Characteristics: Mechanical
 
Length : 156.0±0.5 mm
Width : 156.0±0.5 mm
Dia : 201.0±0.5 mm
Accuracy of angles : 90º ± 0.1°
Thickness : * 200 ± 30 µm
Maximum bow : < 1.5 mm
Nominal surface area : 238.95 cm²
Bus bar width (Front) : 2.0 mm
Continuous Pad width (Back) : 2.5 mm
Distance between bus bars : 75.0 mm
 
Cell Characteristics: Visual
 
A.R. coating : SiNX
Back side surface : Aluminum
Bus bar material front : Silver
Bus bar material back : Silver continuous pads
 
* The cell thickness will change based on the available wafer thickness,
 
 
Cell Characteristics: Electrical
 
Cells are graded at Peak power with 50 mW banding, the typical wattage bin is given below
 

Wattage

LABEL wattage

Efficiency %

From

To

 

 

4.00 < 4.20 4.00

16.74

3.95 < 4.00 3.95

16.53

3.90 < 3.95 3.90

16.32

3.85 < 3.90 3.85

16.11

3.80 < 3.85 3.80

15.90

3.75 < 3.80 3.75

15.69

3.70 < 3.75 3.70

15.48

3.65 < 3.70 3.65

15.28

3.60 < 3.65 3.60

15.07

3.55 < 3.60 3.55

14.86

3.50 < 3.55 3.50

14.65

3.45 < 3.50 3.45

14.44

 
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Note: Parameters specified, are at standard test condition STC, 25°C Ambient, 100 mW/cm 2 irradiance.

 
Parameter Specification
Shunt Resistivity 1 Dark IV Reversed biased:
a) at -10V <10.28mA/cm2 (2.5 A )
*considering cell area as 238.95 cm 2
Polarity Front negative, back positive
Temperature Coefficient for Voltage - 0.32% per deg K
Temperature Coefficient for Current + 0.04% per deg K
Temperature Coefficient for power - 0.42% per deg K
 
Packing
 
 
100 Cells Bunch   400 Cells in one Small Box
     
 
Master Corrugated Box   Final Master Corrugated Box
 
Cell Drawing
 
 
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