The time has come for roofs to provide more than shelter. So we challenged the very definition of what a roof is,
our latest Save Green solar roof tiles, is a revolution in roofing history.
It's a perfect combination of photovoltaic solar module and stone slate.
Features
Save Green roof tile integrates 12 monocrystalline silicon solar cells. The cells are embedded within slate frame. Installed on unshaded pitched roof, It makes full use of roof to provide seamless clean electricity in decades.
There are two options to install it, on-grid and off-grid systems. On-grid system has more than 70% conversion rate, whereas off-grid with battery in charge promises 17% - 25% conversion depending upon light intensity.
The other components of save green roof tiles include invertor, controller (cluster) and battery.
The monocrystalline silicon solar cell achieves Grade A class.
Unit:（mm）
Technical Parameter
| ||
Dimensions (length / width / thickness)
|
(mm)
|
1068 / 435 / 31
|
Covering width
|
(mm)
|
1020/375
|
Weight
|
(kg)
|
12±0.5
|
Weight / m2
|
(kg)
|
31.2±1.5
|
Covering capacity (number of tiles / m2)
|
number
|
2.6
|
The minimum installation angle of the roof
|
(°)
|
17
|
Cell type (number / technology / length / width (mm))
|
12/monocrystal silicon/156/156
| |
Junction box (protection degree / number of diodes)
|
IP65 / 1
| |
Connectors
|
MC4
| |
Cable ( length and cross-sectional area)
|
600 (mm)/900(mm) / 4mm2
| |
Frame (material)
|
80% composite powder
| |
Glass panel (type / thickness)
|
Tempered glass / 3.2 mm
| |
Electric performance parameters
| |||||
Standard Test Conditions ( lllumination 1000 W/m2, Module Temperature 25° C，AM=1.5 )
| |||||
Power output
|
Pmax
|
Wp
|
50
| ||
Power output / m2
|
Pmax
|
Wp / m2
|
130
| ||
Power output tolerances
|
∆Pmax
|
%
|
± 3%
| ||
Cell efficiency
|
Ƞc
|
%
|
18.5
| ||
Module efficiency
|
Ƞm
|
%
|
13.07
| ||
Voltage at Pmax
|
Vmpp
|
V
|
6.24
| ||
Current at Pmax
|
Impp
|
A
|
8.01
| ||
Open-circuit voltage
|
Voc
|
V
|
7.59
| ||
Short-circuit current
|
Isc
|
A
|
8.51
| ||
Max. system voltage
|
IEC
|
VDC
|
1000
| ||
Temperature coefficient of Pmax
|
y
|
% / °C
|
- 0.47 ±0.00
| ||
Temperature coefficient of Voc
|
βVoc
|
% / °C
|
- 0.34 ±0.00
| ||
Temperature coefficient of Isc
|
αIsc
|
% / °C
|
- 0.06±0.00
| ||
NOCT
|
°C
|
46 ±2
| |||
Max. series fuse rating
|
-
|
A
|
20
| ||
Grounding
|
securely grounded
| ||||
Mechanical loading
| ||
Operating Temperature
|
°C
|
-40 tot +90
|
Max. static load, front (e.g. snow & wind)
|
Kg / Pa
|
550 / 5400
|
Max. static load, back (e.g. wind)
|
Kg / Pa
|
245 / 2400
|
Max. hailstone impact (diameter / velocity)
|
mm / m/s
|
25 / 23
|
Operative norm：IEC 61215
Safety Tested： IEC 61730
Periodic inspection
Safety Tested： IEC 61730
Periodic inspection
WARRANTY
3-year limited product warranty
25-yearlimited power warranty
10 years at 90% of the minimum rated power output;
25 years at 80% of the minimum rated power output.
3-year limited product warranty
25-yearlimited power warranty
10 years at 90% of the minimum rated power output;
25 years at 80% of the minimum rated power output.
Warning:Please read the installation
instructions, standard operation and installation. At the same time, please pay attention to the safety of!
instructions, standard operation and installation. At the same time, please pay attention to the safety of!
Application
Off-grid mode is widely used in mountain area where no electricity is provided, buildings that require energy saving and environment protection, and areas that need lighting.
In-grid mode is offen seen in North America and Europe. In countries where in-grid system is supported, the end-users of solar products are allowed to sell electricity back to local electricity company.
if you want to know more information about the solar roof tiles,you can visit our wesite: http://www.savegreeninc.com/Solar-Roof-Tile.htm
Or you can email us .
energy@savegreeninc.com
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