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:
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ISO 9001:2015
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ISO 14001:2015
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ISO 45001:2018
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ISO 50001:2018
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.
Independent award from EUPD Research for one of the leading brands in the photovoltaic module sector in Germany (2026).
Independent award from EUPD Research for one of the leading brands in the photovoltaic module sector in Germany (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.
Performance STC
Under standard test conditions STC:
1000 W/m2; spectrum AM 1.5;
cell temperature 25°C
Measurement tolerances STC:
Pmpp±3%; Isc±10%; Uoc±10%
| Nominal power Pmpp(Wp) | 490 | 495 | 500 |
| Open circuit voltage Uoc(V) | 40,74 | 40,85 | 40,96 |
| Voltage Umpp(V) | 33,73 | 33,84 | 33,95 |
| Short circuit current Isc(A) | 15,18 | 15,28 | 15,38 |
| Current Impp(A) | 14,53 | 14,63 | 14,73 |
| Efficiency ɳ | 24,0 | 24,3 | 24,5 |
| Reduction in module efficiency when decreasing from 1000 W/m² to 800 W/m²: 3% ±0.5% (relative) | |||
Other technical specifications
| Max. system voltage | 1500 V |
| Weight | 25.0 ±0.5 kg |
| Reverse current carrying capacity IR | 30 A |
| Connection box | IP68 |
| Plug connector | MC4-EVO2A |
| Fire protection class | Class C |
| Cable lenght | 2 x 1,20 m |
| Design load: Snow | 5.400 Pa * |
| Maximum test load | 8.100 Pa |
| Design load: Wind | 2.400 Pa * |
| Maximum test load | 3.600 Pa |
| External dimensions | 1800 x 1134 x 35 mm |
Thermal properties
| TC Pmpp | -0.26 %/K |
| TC Uoc | -0.20 %/K |
| TC Isc | 0.050 %/K |
| NMOT | 45 +/-2 °C |
Used materials
| Number of cells | 108 half-cut cells |
| Cell type | Monocrystalline |
| Glass | Tempered solar glass |
| Frame | Anodized aluminum |