Futurasun Silk® Pro Solar Panels
SILK® PRO SOLAR PANELS
SILK® PRO SOLAR PANELS
SILK® Pro is a series of monocrystalline solar panels with high efficiency 166 mm PERC half-cut cells.
The module configuration with 120 cells and a power range of 375-380 Wp is suitable for any type of installation.
The FU375-380M SILK® Pro photovoltaic panel stands out for its reduced dimensions and its excellent thermal coefficient, but also for higher yields in the event of shading or dirt present on the surface of the module, guaranteed thanks to the two independent sections.
INFORMATION
APPLICATION
- Residential
- Industrial
- Utility Scale
BRAND
FuturaSun
COLLECTION
Silk® Pro
PRODUCT TYPE
Solar Panel
MODEL
FU 375 / 380 M
FRAME
Anodized aluminium frame with mounting and drainage holes
PROTECTION CLASS
II - accordance to IEC 61730
TEMPERATURE
Temperature coefficient Pma x: -0.35 %/°C
CELL ENCAPSULATION
EVA (Ethylene Vinyl Acetate)
CELLS
120 monocrystalline half-cut PERC cells 166 x 83 mm
CABLES
Solar cable, length 1200 mm or customized assembled with MC4-compatible plugs
GLASS
High transmission, Low iron, Tempered, ARC, Transparent, 3.2 mm
JUNCTION BOX
Certified according to IEC 62790, IP 68 approved, 3 bypass diodes
MECHANICAL LOAD (SNOW)
Design load: 3600 Pa 5400 Pa (including safety factor 1.5)
BACKSHEET
Composite multilayer film
MAXIMUM REVERSE CURRENT
20 A
MECHANICAL LOAD (WIND)
Design load: 1600 Pa 2400 Pa (including safety factor 1.5)
MAXIMUM SYSTEM VOLTAGE
1000 V (1500 V on request)
HIGH MODULE EFFICIENCY UP TO
20.86%
FEATURES AND BENEFITS
- 15-year product warranty & 25-year performance warranty
- 9 busbar 166 mm half-cut PERC cells
- High module efficiency up to 20.86%
- Less shades and more reflected light to the cell thanks to the round ribbon
- 2 independent section design secures a higher energy yield in case of shading
- Black frame on request
- Low NMOT, improving the power generation efficiency
- Lower risk of hot spot and micro cracks
- Half cut design in combination with multi busbar reduce operating current and internal resistance