108 Velvet Plus Transparent - FuturaSun - High Performance PV Modules

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FU 415/420/425/430/435 MVST Velvet Plus Transparent

Velvet is a new photovoltaic panel bifacial glass/glass transparent model based on N-type heterojunction half-cut multi busbar solar cells. Moreover, the symmetrical cell structure grants a high bifaciality factor and also the aesthetics of the module is enhanced with a very uniform appearance for both module sides.

The Velvet Plus range features a glass-glass structure with 108 MMB half-cut cells (182 mm – G10).

For the whole Velvet range, FuturaSun offers a 30-year performance warranty.

Dimensions: 1722 x 1134 x 30 mm
Weight: 26 kg
High module efficiency up to: 22,28%
Temperature coefficient Pmax: -0,26 %/°C

GENERAL FEATURES

30-year performance guarantee & 15-year product warranty
Half-cut design in combination with multi-busbar reduces operating current and internal resistance
Superior module efficiency up to 22.28% equal to 222.8 Wp/m²
Excellent temperature coefficient -0.26 %/°C
Lower LCOE (Levelized Cost Of Energy), reduced BOS (Balance Of System) cost, shorter payback time
Up to 85% bifaciality factor

Mechanically strong thanks to the dual glass configuration that moreover reduces the risk of microcracks, snail trails, corrosions caused by moisture, sand and salt mist
Better colour uniformity, particularly on the back side, thanks to TCO layers
Resistant to LID (Light Induced Degradation)
Improved low light performance

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PRODUCT TECHNOLOGY

Heterojunction
half-cut module

Mechanically strong thanks to the dual glass

Temperature
coefficient
-0.26 %/°C

GLASS-GLASS CONFIGURATION

The double glass structure grants mechanical stability that moreover reduces the risk of microcracks, snail trails, corrosions caused by moisture, sand and salt mist.

TEMPERATURE COEFFICIENT

Only 0.26 %/°C which ensures a higher yield during hot weather conditions.

CERTIFICATIONS

IEC 61215:2016 – IEC 61730:2016
Fire Resistance – Class 1

BIFACIAL PV PANELS

The Velvet series can also convert light reflected to the rear side of the module into energy and thanks to the natural bifacial symmetrical structure of HJT cells a high bifacial factor is reached.

Thanks to this technical benefit the energy yield can increase up to 30% depending on the nature of the reflecting surface, the geographical location and the installation conditions (e.g., the distance from the reflective substrate, the type of substrate and the use of trackers).