FuturaSun Zebra Pro Solar Panel
ZEBRA PRO SOLAR PANEL
ZEBRA PRO SOLAR PANEL
FU 420 / 425 / 430 M ZEBRA Pro
ZEBRA Pro is the new range of back-contact PV modules reaching 430 Wp. 132 N-type IBC high-efficiency cells (166 mm– M6) are assembled with an innovative layout of cells with a reduced gap.
This high-efficiency PV module stands out for its IBC (Interdigitated Back Contact) technology with electrical contacts on the back. The contacts on the PV module’s back and the absence of ribbon keep the cell free, preventing shades for maximum light absorption.
INFORMATION
APPLICATION
- Residential
- Industrial
- Utility Scale
BRAND
FuturaSun
PRODUCT TYPE
Solar Panel
FRAME
Anodized aluminium frame with mounting and drainage holes
CABLES
Solar cable, length 1200 mm or customized assembled with MC4-compatible plugs
HIGH MODULE EFFICIENCY UP TO
21.84%
TEMPERATURE
-0,29 %/°C
GLASS
- Low iron
- Tempered
- ARC
- High transmission
- Thickness 3.2 mm
MECHANICAL LOAD (SNOW)
Design load : 3600 Pa 5400 Pa (including safety factor 1,5)
MECHANICAL LOAD (WIND)
Design load : 1600 Pa 2400 Pa (including safety factor 1,5)
SYSTEM
ZEBRA Pro is particularly suitable for residential and commercial systems. This characteristic makes it perfect for buildings of high architectural value.
PROTECTION CLASS
II - accordance to IEC 61730
PERFORMANCE
Improved low light performance
DETAIL
Moreover, its excellent technical features make this product superior in performance and yield over the years. ZEBRA Pro is the ideal module for large ground-mounted and rooftop PV systems, as it maximises yield.
TECHNOLOGY
Innovative Zebra technology developed in Europe
MAXIMUM SYSTEM VOLTAGE
1500 V (1000 V on request)
MAXIMUM REVERSE CURRENT
20 A
CELLS
132 N-Type half-cut IBC cells 166 x 83 mm
JUNCTION BOX
Certified according to IEC 62790, IP 68 approved, 3 bypass diodes
FEATURES AND BENEFITS
- Better yield with various tilts
- Thanks to IBC technology no shading on the cell
- No shading on the cell thanks to IBC technology
- Superior module efficiency up to21,84%
- Excellenttemperature coefficient -0,29%/°C
- Market leading power stability over time (93% at the 25th year)
- 132 half-cut cells N-Type IBC – Interdigitated Back Contact
- A maximum power decrease of 0.25 %/year starting from the 2nd year
- Lower Hot-Spot risk thanks to the distributed junction of the ZEBRA cellcy
- Half-cut design reduces internal resistance increasing power output
- Resistant to LID (Light Induced Degradation) and LeTID (Light and elevated Temperature Induced Degradation)