PROFESSIONAL GLASS/GLASS Back Contact
Decades of expertise, innovative technology, and CO₂-optimized production processes give our glass/glass modules decisive advantages:
- 30-year performance warranty
- 40-year service life
- Up to 60% higher energy yield
- Optimized for the most extreme environmental conditions
- Minimal CO₂ emissions during manufacturing
Discover our high-performance glass/glass solar module portfolio now – with no obligation.
Technical excellence
at the highest level
- 2 × 2 mm thick, tempered and scratch-resistant solar glass
- Protection of the cells against microcracks through a double-glass laminate
- Easy to install, safe in operation
- Excellent mechanical load ratings, pressure load up to 5,400 Pa²
- Hail resistance class HW 3
- PID-free monocrystalline back-contact high-efficiency cells
- Anti-reflective coated solar glass
- Optimized for low-light conditions
- Positive power tolerance of −0 / +4.99 Wp
Manufactured in accordance with:
-
ISO 9001:2015
-
ISO 14001:2015
-
ISO 45001:2018
-
ISO 50009:2018
PV module design qualification according to IEC 61215:2021
PV module safety qualification according to IEC 61730:2018
Ammonia corrosion resistance according to IEC 62716:2013
- 30-year linear performance warranty
- 25-year product warranty
- Version: 02/26 rev. 0.
Unabhängige Auszeichnung von EUPD Research für eine der führenden Marken im Bereich Photovoltaik-Module in Deutschland (2024).
Unabhängige Auszeichnung von EUPD Research für eine der führenden Marken im Bereich Photovoltaik-Module in Deutschland (2021).
Technical Performance at a Glance
This high-performance PV module impresses with excellent electrical characteristics under STC conditions, as well as robust, field-proven specifications. Precise power output, high efficiency, and a durable design ensure maximum yield, reliability, and long-term operational safety—even under demanding environmental conditions.
Leistung STC
Unter Standardtestbedingungen STC:
1000 W/m2; Spektrum AM 1.5;
Zellentemperatur 25°C
Messtoleranzen STC: Pmpp±3%;
Isc±10%; Uoc±10%
| Nennleistung Lorem | 490 | 495 | 500 |
| Leerlaufspannung Uoc(V) | 40,74 | 40,85 | 40,96 |
| Spannung Umpp(V) | 33,73 | 33,84 | 33,95 |
| Kurzschlussstrom Isc(A) | 15,18 | 15,28 | 15,38 |
| Strom Impp(A) | 14,53 | 14,63 | 14,73 |
| Wirkungsgrad ɳ | 24,0 | 24,3 | 24,5 |
| Reduktion Modulwirkungsgrad bei Rückgang von 1000 W/m² auf 800 W/m²: 3% ±0,5% (relativ) | |||
Sonstige technische Spezifikationen
| Max. Systemspannung | 1000 V |
| Gewicht | 25.0 ±0.5 kg |
| Rückstrombelastbarkeit IR | 25 A |
| Anschlussdose | IP65 / IP68 |
| Steckverbinder | IP65 / IP68,MC4 |
| Feuerschutzklasse | Class C |
| Feuerschutzklasse | -40°C …+85°C |
| Auslegungslast: Schnee |
5.400 Pa * |
| Maximale Prüflast | 8.100 Pa |
| Auslegungslast: Wind | 2.400 Pa * |
| Maximale Prüflast | 3.600 Pa |
| Außenmaße | 1800 x 1134 x 35 mm |
Thermische Eigenschaften
| TC Pmpp | -0.26 %/K |
| TC Uoc | -0.20 %/K |
| TC Isc | 0.050 %/K |
| NMOT | 45 +/-2 °C |
Verwendete Materialien
| Anzahl Zellen | 108 half-cut Zellen |
| Zelltyp | monokristallin |
| Glas | gehärtetes Solarglas |
| Rahmen | eloxiertes Aluminium |
