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solarwatt m300-72 ac general data

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GLASS-FOIL-SOLAR MODULE | SOLARWATT AG |<br />

SOLARWATT M300-<strong>72</strong> AC<br />

Technical Data<br />

DIMENSIONS<br />

ELECTRICAL DATA (STC)<br />

Nominal power P N<br />

Nominal voltage U mpp<br />

Nominal current I mpp<br />

Open circuit voltage U OC<br />

Short circuit current I SC<br />

IR*<br />

GENERAL DATA<br />

Module technology Glas-foil-laminate; aluminium frame<br />

Cover material<br />

Encapsulation<br />

B<strong>ac</strong>k material<br />

High transparent solar glass (tempered), 4 mm<br />

EVA-solar cells-EVA<br />

Multi-layer polymer sheet, white<br />

No. and type of cells <strong>72</strong> monocrystalline solar cells<br />

Dimensions of cells 156 x 156 mm<br />

Cables and connectors<br />

Cables 2x1,00 m/4 mm2,<br />

Lumberg LC4 connectors<br />

Bypass-diodes 3<br />

Application class Application class A (n<strong>ac</strong>h IEC 61730)<br />

Dimensions (LxWxH)<br />

Weight<br />

Max. system voltage<br />

Mechanical Ratings<br />

Qualifi cations<br />

Measuring tolerances Pmax ±5 %;<br />

*Reverse current power rating: Operation of the modules with an external power source is only permitted with a string fuse with a release current of < 20 A.<br />

Suction pressure of 2400 Pa approved<br />

(Wind speed 130 km/h with safety f<strong>ac</strong>tor 3)<br />

Load of 5400 Pa approved<br />

IEC 61215 Ed.2<br />

IEC 61730 (incl. Safety class II)<br />

STC: Standard Test Conditions: measurement conditions: Radiation strength 1000 W/m2, spectral<br />

distribution AM 1.5, temperature 25 2 °C, in <strong>ac</strong>cordance with EN 60904-3<br />

Reduction in the module e� ciency with reduction in radiation strength of 1000 W/m 2 to 200 W/m 2 (25°C): 4 ±2 % (relative) / -0,6 ± 0,3 % (absolute).<br />

ELECTRICAL DATA (NOCT)<br />

Nominal Power P N<br />

Earthing bore<br />

Nominal voltage U mpp<br />

Open circuit voltage U OC<br />

Short circuit current I SC<br />

CHARACTERISTIC LINES Voltage char<strong>ac</strong>t. lines at di� erent irradiations and temperatures<br />

Is [A]<br />

10<br />

8<br />

6<br />

4<br />

2<br />

0<br />

0<br />

1000 W/m 2<br />

800 W/m 2<br />

600 W/m 2<br />

400 W/m 2<br />

200 W/m 2<br />

10 20<br />

performance class 300 Wp<br />

30 40<br />

Us [V]<br />

1000 ± 0,5 mm<br />

2000 ± 2 mm<br />

Ø 9mm<br />

990 ± 2 mm<br />

285 Wp 290 Wp 295 Wp 300 Wp<br />

35,9 V 36,0 V 36,1 V 36,3 V<br />

7,94 A 8,05 A 8,16 A 8,26 A<br />

45,1 V 45,2 V 45,4 V 45,5 V<br />

8,26 A 8,29 A 8,36 A 8,39 A<br />

20 A<br />

NOCT: Normal Operation Cell Temperature, measurement conditions: Radiation strength 800 W/m2,<br />

AM 1.5, temperature 20 °C, wind speed 1m/s, electrical open-circuit operation<br />

211 W 214 W 217 W 220 W<br />

32,8 V 32,9 V 33,0 V 33,2 V<br />

42,0 V 42,1 V 42,3 V 42,4 V<br />

6,81 A 6,84 A 6,91 A 6,92 A<br />

Is [A]<br />

10<br />

8<br />

6<br />

4<br />

2<br />

0<br />

70°C 50°C 25°C 0°C<br />

50 0 10 20 30<br />

Us [V]<br />

40 50 60<br />

THERMAL<br />

FEATURES<br />

2000 x 990 x 50mm<br />

29 kg<br />

1000 V (US 600 VDC)<br />

Operating Temperature Range<br />

Ambiente Temperature Range<br />

Temperature Coe� cient of PN Temperature Coe� cient of UOC Temperature Coe� cient of ISC NOCT<br />

-40 … +80 °C<br />

-40 … +45 °C<br />

-0,43%/K<br />

-0,34%/K<br />

0,03%/K<br />

45°C<br />

[This <strong>data</strong> sheet conforms to DIN EN 50380:2003; 2011/10]<br />

Subject to change without notice .

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