High-Impact Resistance to Wind and Snow

The CdF®CIGS PV Module applies an ultra-thin Sodium Calcium glass substrate—unique among photovoltaics—and as a result, has tremendous flexibility and stability. We have incorporated additional structural reinforcement into this module, allowing for enhanced mechanical load; our products have a wind resistance and endurance capacity of up to 2400Pa and snow resistance and endurance capacity of up to 5400Pa. This not only increases the reliability and durability of our products, but also allows them to be transported and installed in distant locations without the worry of impact and damage. These qualities make our products global leaders in the CIGS thin-film solar industry.

Strong Anti-Shade Effects

The unique structural design of the CdF® CIGS PV Module allows for normal power generation even when the light reception surface is partially shaded, making it versatile and efficient in a variety of situations. In comparison, the crystalline Silicon solar module can stop operating in partially shaded conditions, creating a series connection issue; the shaded module itself can cause other modules to stop operating, and its elevation in temperature can also raise further safety concerns.

Superior Power Generation Characteristics

The CdF®CIGS PV Module is capable of generating power in low-light conditions, and is therefore able to continuously supply electricity through overcast weather and the early morning and sunset—in comparison, the Crystalline Silicon solar module but not able to perform that. We employ an advanced compound crystalline technique in building the CdF® CIGS thin-film solar cell, enabling us to achieve optimal uniformity and consistency of crystallization over CIGS thin-film. This level of precision is what gives the CdF®CIGS thin-film solar cell its superiority over conventional styles of the CIGS solar cell, especially in situations where there is low light available. The opposing situation of bright light can also be a hindrance to Crystalline Silicon solar modules because it might induce a state of low power generation, because of the module thermal effect; the CdF®CIGS PV Module avoids this problem because it is minimally impacted by heat. These two characteristics of the CdF®CIGS PV Module, under the same standardized output, allow it to generate 15-20% more electricity yearly than the Crystalline Silicon solar module.