Advantages of KEBE double-glass solar panels:
1. High power generation efficiency: The back glass of the double-glass module is light-transmissive, allowing the module to absorb more reflected light and scattered light, thereby improving the overall power generation efficiency. Especially in the morning and evening when the sun is oblique or in cloudy conditions, the power generation performance of the double-glass module is even better.
2. High reliability: The double-glass module adopts a double-layer tempered glass structure, which has higher pressure resistance, impact resistance and corrosion resistance. Whether facing bad weather or long-term outdoor use, double-glass modules can maintain stable performance.
3. Long life: Because glass materials are not easy to age, the service life of double-glass modules is usually longer than that of traditional modules, which can reach more than 25 years. Some products even offer a 30-year warranty.
4. Aesthetics: Double-glass modules have a beautiful appearance and are suitable for architectural integration design. They can be seamlessly connected to buildings to improve the overall aesthetics of buildings.
5. Environmental protection: Double-glass modules use solar energy to generate electricity, do not produce pollutants and greenhouse gases, are environmentally friendly, and help reduce carbon emissions and climate change.
6. Weather resistance and corrosion resistance: Double-glass modules have excellent weather resistance, corrosion resistance and wear resistance, and can maintain stable performance in various harsh environments.
7. High fire protection level: The fire protection level of double-glass modules is usually upgraded from Class C of ordinary crystalline silicon modules to Class A, which is more suitable for residential buildings, chemical plants and other areas where fire hazards need to be avoided.
8. Good heat dissipation: Double-glass modules have no backplane, and the heat dissipation performance is better than that of single-glass modules, which helps to reduce the hot spot effect and reduce the operating temperature, thereby reducing power loss.