110W 115W 120W Light Weight CIGS Roof Thin Film Flexible Solar Panels
Model No.: 03N-110W, 03N-115W, 03N-120W,03N-125W
Technology
Our flexible solar panel adopts CIGS technology, which has an aperature efficiency as high as 17%, rivaling that of rigid glass panels.
General production process
We begin with high-grade stainless steel foil and use an advanced semiconductor deposition process, PVD, to produce the most controlled, stable, and powerful flexible stainless steel CIGS cell in the world. Once the cell structure is deposited on the foil, special transparent conductive oxides are applied, and a specialized plastic-cell interconnect mesh-wire system is laminated to the cell, which is in turn protected by special water barrier plastics. The transparent water barrier is key to the longevity of the Flexi module series. The special plastic backsheet has an internal aluminum film to prevent water transmission from eroding the powerful stainless steel CIGS cells.
Benefits:
-Light weight:
Less than 2.4 kg/m(<0.5 lb="">
The modules are also ideal for other structures, such as autos, trucks, and RVs, that are not constructed to support the weight of traditional solar panels.
-Powerful:
Flex modules are the highest efficiency flexible thin-film CIGS modules in production today, with aperature efficiencies as high as 17%, providing over four times the power generation per kilogram of silicon.
-Easy to install:
Flexible solar modules are peel-and-stick application. This eliminates penetrations into the structure, reducing the chance of leaks.
Peel-and-stick application also allows for installation on surfaces such as autos, trucks and RVs where racks would not feasible, and lowers the balance-of-systems (BOS) costs and complexity when mounting FLEX modules on rooftops.
-Flexible:
FLEX modules conform to curved surfaces, enabling solar power generation on surfaces not suited to traditional rigid silicon panels.
-Resistant to Natural Disasters:
Flexible solar modules are thin (2.5mm) and adhere directly to surfaces, providing excellent wind and seismic resistance.
The modules are also shatterproof, and won't break if struck by debris.
-Reliable:
Flex solar modules' unique redundant interconnect design enables industry-leading reliability.
KEY FEATURES-FLEX Series Modules:
-Record efficiency levels in a flexible form factor
-Low installed weight at less than 2.4 kg/m2(<0.5lb>
-No penetrations, ballast or racking required
-Applicable for high wind load and high seismic hazard areas
-Bypass diodes reduce PV system shading losses
-Directly bonds to many approved surfaces
WARRANTY
-5 year workmanship
-10/25 year warranty against power loss
ELECTRICAL AND MECHANICAL DATA:
| Capacity rating |
Pmax |
110W |
115W |
120W |
125W |
| Tolerance of Pmax |
% |
+5 / -0% |
+5 / -0% |
+5 / -0% |
+5 / -0% |
| Module aperture area efficiency |
% |
14.4% |
15.0% |
15.7% |
16.4% |
| Maximum Power Voltage |
Vmpp |
28.5V |
29.0V |
29.5V |
30.0V |
| Maximum Power Current |
Impp |
3.87A |
3.97A |
4.07A |
4.16A |
| Open circuit voltage |
Voc |
36.5V |
36.8V |
37.1V |
37.4V |
| Short circuit current |
Isc |
4.70A |
4.70A |
4.70A |
4.70A |
| Model Numbers |
FLEX-03N SERIES |
| Length |
2585mm |
| Width |
348mm |
| Thickness, Maximum at J-Box* |
17mm |
| Weight(Module without adhesive) |
1.6 kg |
| Weight(Module with adhesive) |
1.9 kg |
| Weight/Area(Module without adhesive) |
1.8 kg/m2 |
| Weight/Area(Module with adhesive) |
2.2 kg/m2 |
| Junction Box Type |
IP68 |
| Cable connections |
Amphenol H4 |
| Cell type |
Copper Indium Gallium Diselenide (CIGS) |
110W 115W 120W Light Weight CIGS Roof Thin Film Flexible Solar Panels
CIGS solar panel PV (photovoltaic) has several advantages and wide-ranging applications.
Advantages:
1. High Efficiency:
CIGS solar panels have relatively high conversion efficiencies. They can convert a significant portion of sunlight into electrical energy, making them an efficient choice for generating power.
2. Flexibility:
These panels can be made flexible, allowing for installation on curved surfaces or in locations where traditional rigid panels might not be suitable. This flexibility expands the possibilities for integration into various designs and structures.
3. Low Weight:
Compared to some other types of solar panels, CIGS panels are often lighter in weight. This makes installation easier and reduces the load on supporting structures.
4. Aesthetic Appeal:
With their sleek design and often darker appearance, CIGS panels can be more aesthetically pleasing. This can be important for installations where visual impact is a consideration, such as on buildings with architectural significance.
5. Resistance to Harsh Environments:
CIGS solar panels are generally more resistant to environmental factors such as moisture, temperature variations, and UV radiation. This makes them suitable for use in a wide range of climates and locations.
Applications:
1. Residential Use:
Installed on rooftops of homes, CIGS solar panels can help homeowners reduce their electricity bills and increase their energy independence. The flexibility of these panels allows for creative installations on different roof types.
2. Commercial and Industrial Buildings:
For businesses and industries, CIGS panels can provide a reliable source of renewable energy. They can be integrated into the facades or roofs of buildings, reducing energy costs and demonstrating a commitment to sustainability.
3. Portable Power Solutions:
Due to their light weight and flexibility, CIGS panels can be used in portable power applications such as camping gear, RVs, and boats. They can provide power in remote locations where access to the electrical grid is limited.
4. Off-Grid Installations:
In remote areas without access to the power grid, CIGS solar panels can be a crucial part of off-grid power systems. They can power homes, farms, and small communities, providing a sustainable and independent energy source.
5. Automotive Industry:
CIGS solar panels can be integrated into electric vehicles to increase their range and reduce the need for frequent charging. They can also be used to power auxiliary systems in vehicles, reducing the load on the main battery.
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