Inspire-Solar’s High-efficiency Poly Cells are produced with Black Silicon Technology. Manufacturing modules with more than 260Wp(6*10) and 310Wp(6*12) power output becomes easier than ever. Meanwhile, the anti-PID cell technology reduces the module attenuation caused by induced electric potential, and the system power attenuation caused by the high temperature, high humidity and salt atmosphere. Our cells offer unmatched reliability and have been proved to perform in diverse climates and environments, nearly everywhere under the sun. Our rigorous quality control and in-house testing facilities guarantee Inspire-Solar’s cells meet the highest quality standards.
MECHANICALDATA AND DESIGN
Format
156mm*156mm±0.5mm
Thickness
200±20um
Front(-)
1.0mm bus bars(silver).blue anti-reflecting coating(silicon nitride)
Back(+)
2.0mm wide soldering pads(silver)back surface field (aluminum)
ADVANTAGES
Fast delivery
OEM production
Competitive cost for distributors
Proper handling from incoming inspection to production,outgoing inspection and packaging
FEATURES
14 kinds of patented technologies ensure cells work stably and reliably for a long period.
The advanced PECVD technology ensures the uniformity of the dark blue silicon nitride antireflection film.
The high-quality metal slurry made back surface field and electrode ensure the good electrical conductivity, reliable adhesion and good weldability.
High precision silk-screen printing and high degree of flatness make the cell apply for the auto weld and laser cutting.
Anti-reflective, hydrophobic coating improves light absorption and reduces surface dust.
WARRANTY
PID-free : 25 years transferable power output
Output Power:≥90% power output assurance for 10 years and ≥80% power output assurance for 25 years.
PACKING CONFIGURATION
Packing Configuration
1200-1400pcs/box
Quantity/Pallet
35000pcs/pallet
5BB Anti-Pid Poly Solar Cell TEMPERATURE COEFFICIENTS
Tk voltage(Voc)
-0.35%/K
Tk current(Isc)
+0.06%/K
Tk power(Pp)
-0.42%/K
ELECTRICAL CHARACTERISTICS
NO.
Efficiency(%)
Pmpp(W)
Umpp(V)
Impp(A)
Uoc(V)
Isc(A)
FF(%)
1
19.2-19.4%
4.71
0.535
8.80
0.67
9.86
79.17
2
19.0-19.2%
4.66
0.534
8.73
0.67
9.77
79.21
3
18.8-19.0%
4.62
0.533
8.67
0.67
9.71
79.16
4
18.6-18.8%
4.57
0.533
8.57
0.67
9.60
79.15
5
18.4-18.6%
4.52
0.532
8.50
0.67
9.52
79.13
6
18.2-18.4%
4.47
0.531
8.42
0.66
9.43
79.08
7
18.0-18.2%
4.42
0.533
8.29
0.67
9.29
79.15
8
17.8-18.0%
4.37
0.532
8.21
0.67
9.20
79.13
9
17.6-17.8%
4.32
0.531
8.14
0.66
9.11
79.08
INTENSITY DEPENDENCE
Intensity
[w/㎡]
Isc
Voc
Pmpp
1000
1.00
1.00
1.00
900
0.90
0.99
0.90
800
0.80
0.99
0.79
500
0.50
0.97
0.49
300
0.30
0.94
0.29
200
0.20
0.91
0.19
Ratio of Voc(lsc) at reduced intensity to Voc(lsc) at 1000w/㎡
Technical parameters above mentioned are subject to technical changes. Inspire-Solar reserves the right of final interpretation