Our flexible CIGS module is the next generation solar module which will tackle all conventional solar modules by 2020. It maintains the advantages of our Nano Technology CIGS Panel modules while retaining a flexible form factor.

Its extreme light weight and compact design allows easy installation without the need for additional mounts or fabrications. Nano Technology Flexible CIGS modules are

particularly unique because they can be used for Light Roof Applications.

Simpler production processes, fewer process steps and greatly reduced use of materials: premium-quality NANO solar modules are already cost-effective to manufacture. With comparable output and a level of efficiency to match conventional silicon solar cells, the advantages are clear: investing in a

solar system with  Nano  technology pays for itself in just a few years!

 

RELIABLE, HIGH RETURNS FROM A NANO TECH. SOLAR SYSTEM

Fast refinancing of investment thanks to cost advantage during manufacture Highly efficient energy yield (kWh/kWp) ensures stable earnings

Solar energy can also be generated in low light conditions and shade

High long-term stability thanks to the use of tried-and-tested industrial coating processes. Our panel efficiency increases with high temperature as opposed to Ordinary panels where the efficiency decreases with rising temperatures.

Technological Superiority

The spectrum of light spans from the ultraviolet, visible to the near-infrared zone. The spectrum absorbed by standard crystalline silicon cells ranges from 400-700 nm, while the absorption range for nano  cells is from 300-1300 nm. This means that the effective time for generating power is much longer each day for Nano  than other technologies. The electron power generating process keeps working from morning to sunset, allowing 20% more power to be produced per Watt on an average day when compared to crystalline silicon panels.

Nano panels have excellent performance during low light, cloudy or hazy conditions. Nano  panels are activated by the presence of a low level of photons. They are less dependent on direct sun radiation or the position of the sun in order to function. For this reason, they are the most diverse and effective panel available for use in low light conditions.

Larger Absorption Bandwidth

Low Light Performance

Durability

Different materials exhibit varying energy-emitting qualities, following exposure to sunlight. Both crystalline silicon and amorphous silicon PV exhibit degradation following long-term exposure to strong light, which reduces their ability to generate electricity. A study conducted at Arizona State University and TUV Rheinland PTL showed that modules made with crystalline silicon decrease by 0.5 percent per Celsius degree as panel temperature increases. Nano  modules actually gain efficiency in the first few days of “sun soaking”. They generate consistent (Wh) output regardless of long periods of exposure to sunlight.

Consistency

NANO  modules are the most light-sensitive type of panel in the market. The choice is basically between panels with a slightly higher efficiency rating* generating power for a shorter period of time each day, or panels that generate electricity from morning to sunset and in low-light conditions. Research shows that NANO panels produce more electricity per day operating in the same natural environment. They deliver high efficiency and high overall electrical output. Even though the current NANO efficiency may be slightly lower than that of silicon-based panels, CIGS panels absorb more sunlight per day and so they produce on average, 20-40% more energy daily (Compared to conventional solar panels).

CIGS Advantage

Copper, Indium, Selenium  forms an extremely thin layer that has a high absorption quality that allows 99% of the available light to be absorbed in the first micron of material. It is all applied to energy production. Adding a small amount of Gallium (G), forming (CIGS), boosts the light absorbing band gap, which makes it more closely match the solar spectrum thereby improving the voltage and efficiency of the PV cells. Due to these properties, CIGS solar chargers are significantly thinner and lighter than solar chargers built from traditional materials.

Durability

Our high quality CIGS modules are guaranteed free

from defects.

Our CIGS modules are free from defects in

materials and workmanship for 5 years.

 

Guaranteed efficiency:

Maintain more than 90% of maximum power for 10 years.

Maintain more than 80% of maximum power for 25 years.

 

*Tests conducted at STC

• IEC 61646 Certification

• IEC 61730- 1 & 2 Certifications

• IEC 61701 Certification

• UL 1703 Certification

• PV Cycle Certification

• Puerto Rico Certificate - STO

• Puerto Rico Certificate - STL

• CEC Listed

• ISO 9001:2008

• BS EN ISO 9001:2008

• Fire Test Certification

Certifications