SOLARWATT Glass-Foil Solar Modules - Nature Power

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SOLARWATT Glass-Foil Solar Modules - Nature Power

SOLARWATT

Glass-Foil Solar Modules

The SOLARWATT M230-96 GET LK Solar Modules developed for power grid


connected photovoltaic systems integrate the well-known properties of all

SOLARWATT´s modules such as a high quality, large energy yields and very

low power tolerance with an efficient installation and an outstanding cost

effectiveness.

SOLARWATT M230-96 GET LK

By using high-efficient polycrystalline solar cells of an efficiency

up to 15% a high power density will be obtained on roofs.

The modules are equipped with Tyco plug connectors that are

touch-safe and protected against polarity reversal.

monocristalline solar cell

with 15 - 17% efficiency,

125 x 125 mm

1604

1054

SOLARWATT AG

Maria-Reiche-Straße 2a

01109 Dresden, Germany

Tel. +49 (0) 3 51 / 88 95-0

Fax +49 (0) 3 51 / 88 95-111

www.solarwatt.de

info@solarwatt.de

Certified acc. to:

DIN EN ISO 9001 and 14001


SOLARWATT Solar modules M230-96 GET LK

are noted for:

Efficient, low-loss energy production

Certified materials and quality of workmanship

25 years warranty to power output according to SOLARWATT’s Limited Warranty Conditions

Subject to change without notice. 2007/08

Specification

Nominal Power P max

@ STC*

typ. Nominal Voltage U mpp

@ STC*

typ. Nominal Current I mpp

@ STC*

typ. Open Circuit Voltage U OC

@ STC*

typ. Short Circuit Current I SC

@ STC*

Off-load voltage rating

NOCT **

typ. Nominal Power P max

@ NOCT**

typ. Nominal Voltage U mpp

@ NOCT**

typ. Open Circuit Voltage U OC

@ NOCT**

typ. Short Circuit Current I SC

@ NOCT**

Module efficiency reduction at 200 W/m 2 ***

M230-96 GET LK

215 W p

220 W p

225 W p

230 W p

235 W p

240 W p

245 W p

250 W p

47,0 V 47,4 V 47,6 V 47,7 V 47,8 V 48,0 V 48,1 V 48,3 V

4,58 A 4,65 A 4,74 A 4,83 A 4,92 A 5,01 A 5,10 A 5,18 A

58,3 V 58,5 V 58,7 V 58,9 V 59,1 V 59,2 V 59,3 V 59,4 V

5,07 A 5,13 A 5,21 A 5,28 A 5,40 A 5,50 A 5,60 A 5,65 A

58,3 V 58,5 V 58,8 V 59,4 V 59,7 V 59,2 V 58,9 V 58,9 V

45 ° C

155 W p

158 W p

162 W p

166 W p

169 W p

173 W p

176 W p

180 W p

41,5 V 41,9 V 42,1 V 42,1 V 42,2 V 42,4 V 42,6 V 42,7 V

52,8 V 53,0 V 53,3 V 53,8 V 54,1 V 53,6 V 53,4 V 53,8 V

4,08 A 4,13 A 4,19 A 4,25 A 4,35 A 4,43 A 4,51 A 4,55 A

-0,2 % -0,2 % -0,2 % -0,3 % -0,3 % -0,3 % -0,3 % -0,3 %

typ. Temperature Coefficient of P N

typ. Temperature Coefficient of U oc

typ. Temperature Coefficient of I SC

Max. System Voltage

IP protection level

Reverse current power rating I R

***

Module Technology

Module Design

No. and Type of Solar Cells

Cables

Bypass-Diodes

Dimensions (LxWxH)

Weight

Operating Temperature Range

Ambiente Temperature Range

Mechanical ratings

Qualifications

Measuring tolerances

-0,50 %/K

-0,37 %/K

+0,03 %/K

1000 V

IP 65

15 A

Glass-Foil-Laminate

Cover material: high transparent solar glass (tempered), 4 mm

Encapsulation: EVA-Solar Cells -EVA

Back material: Tedlar-Polyester-Tedlar, white

96 monocrystalline solar cells, 125 x 125 mm

Junction box with Tyco Plug connector cables, 2 x 4 mm 2 , length: each 1.2 m

4 pcs.

1604 x1054 x 5 mm

24 kg

-40 ... +80 °C

-40 ... +45 °C

2.400 Pa approved (Wind speed 130 km/h with safety factor 3)

IEC 61215 (Ed. 2 in preparation), Safety Class II, IEC 61730 in preparation

P max

@ STC ± 5%, all other electric parameters ± 10%

* STC : Standard Test Conditions, conditions de mesure : Intensité d’irradiation 1000 W/m2, répartition spectrale AM 1,5, température 25±2 °C, selon norme EN 60904-3

** NOCT : Normal Operation Cell Temperature, conditions de mesure : Intensité d’irradiation 800 W/m2, AM 1,5, température 20 °C, vitesse du vent 1m/s, marche à vide électrique

*** Baisse du rendement des modules avec la diminution de l’intensité d’irradiation de 1000 W/m2,à 200 W/m2, température 25 °C, selon norme EN 60904-1

**** Courant de retour admissible L’utilisation d’une alimentation externe n‘est autorisée sur les modules qu‘à condition d‘utiliser un fusible calibré à < 3 x ISC @ NOCT**

This data sheet conforms to DIN EN 50380:2003

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