lozenge gray Film For Daily Use

How does lozenge gray Film ensure high transmittance without affecting the power generation efficiency of the module

The lozenge gray Film ensures high transmittance without affecting the power generation efficiency of the module, mainly relying on its unique material selection and sophisticated design. Here are some possible ways and reasons:
Material selection:
The film may use special materials with high transmittance, such as silicon-based materials or advanced polymers. These materials can achieve high light transmittance while ensuring a certain strength.
While ensuring the color of the film (gray), by adjusting the microstructure inside the material or adding specific additives, the transmission and reflection of light can be optimized, thereby achieving high transmittance without affecting the power generation efficiency.
Structural design:
The surface of the film may be specially treated, such as coating one or more layers of optical film, to reduce light reflection and scattering and increase light transmittance.
The thickness and width of the film are carefully designed to ensure that while maintaining mechanical strength, the light transmission area is maximized and light loss is reduced.
Relationship between transmittance and power generation efficiency:
When the transmittance is high, the photovoltaic module can receive more light and generate more electricity. The high light transmittance of lozenge gray Film ensures that more light can penetrate the film, be absorbed by the photovoltaic module and converted into electricity.
Although lozenge gray Film has a gray tone, its unique material selection and structural design ensure that while maintaining a certain color, it does not sacrifice too much light transmittance, thereby maintaining the power generation efficiency of the photovoltaic module.
Quality control:
Manufacturers may adopt strict quality control measures to ensure that each lozenge gray Film meets the requirements of light transmittance and power generation efficiency. This may include multiple tests during the production process and a final quality inspection before leaving the factory.
In summary, lozenge gray Film can ensure high light transmittance while maintaining a gray tone through careful selection of materials, design of structure and implementation of strict quality control, thereby not affecting the power generation efficiency of the photovoltaic module.