Solaris
SOLAR POWER

SLC60

solaris-slc60.png

SLC60

The new SLC photovoltaic module series have developed over many years of experience and efforts of Solaris to generate more power in less space. Each module is comprised of 32 high-efficiency mono and polycrystalline silicon cells in the size 156 x 78mm, featuring a cutting edge technology on the photovoltaic market. Such innovation is possible owing to a precise selection of cells from which new cells are developed, which, at the typical battery operating voltage (12.5-13.5V), have the capacity to produce more current output. Thanks to this advanced production process we have a 0.45 square metre module developing a power of 60Wp with the capacity to improve power production by 15% in comparison to traditional modules available on the market. As a result we have the generation of more power in a reduced space held by modules. Such modules can be used for any application: stand-alone systems, campers or boats, designed to operate under the toughest environmental conditions. This is enabled by tempered glass, which is tested to withstand a 25 mm hailstone travelling at the speed of 80 km/h, and by anodized aluminium frame.

Each cell and module passes multiple quality control tests in every phase of the manufacturing process.

Considering that the typical lifetime of photovoltaic modules exceeds 30 years, Solaris shall provide a 25-year warranty on power output at 80%.

Design

Front side material 3.2 mm of tempered glass
Cell Technology mono/polycrystalline silicone
Cell Dimensions 156 mm x 78 mm
Number of cells 32 pieces
Lamination EVA
Rear side material Tedlar
Frame Anodized Aluminium
Junction box JB-S7
By-pass diode 2 pieces

Electrical characteristics (rated at STC: at 1000W/m2, 25°C, AM 1,5)

Module type SLC55 SLC60
Maximum power (PMAX) 55 Wp 60 Wp
Maximum voltage (VMAX) 16,2 V 16,3 V
Current at maximum power (IMAX) 3,4 A 3,7 A
Open circuit voltage (VOC) 20,0 V 20,0 V
Short circuit current (ISC) 3,95 A 3,95 A
Maximum System Voltage 715 V 715 V
Power Tolerances ± 5 % ± 5 %
More informations: PDF catalogue