Model

Efficiency

Power

Max power current

Max power voltage

Short Circuit

Current

Open Circuit

Voltage

Fill Factor

Eff (%)

Ppm(w)

Ipm(A)

Vpm(V)

Isc(A)

Voc(V)

FF(W)

SPSM156M-S1

≥16.9%

4.13

7.597

0.519

8.463

0.623

78.29

SPSM156M-S2

16.70%-16.89%

4.08

7.886

0.518

8.412

0.622

78.06

SPSM156M-H1

16.50%-16.89%

4.03

7.793

0.517

8.382

0.622

77.30

SPSM156M-H2

16.30%-16.49%

3.99

7.741

0.515

8.329

0.622

76.96

SPSM156M-H3

16.10%-16.29%

3.94

7.697

0.512

8.279

0.620

76.77

SPSM156M-M1

15.90%-16.09%

3.89

7.648

0.509

8.225

0.618

76.63

SPSM156M-M2

15.70%-15.89%

3.85

7.600

0.506

8.172

0.616

76.48

SPSM156M-M3

15.50%15.69%

3.80

7.553

0.503

8.123

0.613

76.24

SPSM156M-M4

15.30%-15.49%

3.75

7.499

0.500

8.074

0.611

76.02

SPSM156M-M5

15.10%-15.29%

3.70

7.441

0.498

8.035

0.609

75.65

SPSM156M-O1

14.90%-15.09%

3.65

7.393

0.495

8.021

0.607

74.99

SPSM156M-O2

14.70%-14.89%

3.60

7.327

0.492

8.010

0.607

74.13

SPSM156M-O3

14.50%-14.69%

3.55

7.265

0.489

7.979

0.606

73.47

SPSM156M-O4

14.0%-14.49%

3.48

7.190

0.484

7.934

0.605

72.50

SPSM156M-D

≤14.0%

2.40

5.562

0.430

7.581

0.572

55.10

NO.

   Item

Testing standard

1

Metal content

Coating: Sn60/Pb40

Basic material:Cu≥99.95%

2

Basic material appearance

Light mental appearance; without decoloration,black spot and rust; without oxidation, burr or other defects.

3

Size

Basic material thickness:±0.005mm

Basic material width:±0.05mm

Coating thickness:±0.005mm   Length:±1mm

4

Ribbon elongation

≥22%

5

Strength of extension

≥150Mpa

6

Resistance value

≤0.0265mmΩ/m2

7

Test temperature

22℃

8

Camber

1m≤5mm

9

Solderability

Use the 50w soldering iron solder the bus bar and ribbon, without abnormity.

10

Ribbon appearance

The appearance looks smoothly, no damage,tin dross≤1mm,pinhole≤3