In the context of the growing demand for sustainability and low maintenance in modern buildings, a new type of multi-layer solar panel with self-cleaning function has made an important breakthrough in the building materials industry.Through surface nano-technology and structural innovation, this product has successfully solved the industry pain points of outdoor lighting materials that are easy to accumulate dust and difficult to clean, and provides innovative solutions for the long-term beauty and stable performance of buildings.

In the long-term outdoor use of traditional daylighting panels, dust and pollutants are easy to accumulate on the surface, resulting in a significant decrease in light transmittance, affecting the daylighting effect and high maintenance costs.The new type of self-cleaning solar panel adopts a special surface treatment process to form a dense protective film on the outer layer of the plate, which has hydrophobic properties similar to lotus leaves.Rainwater will quickly form drops of water on the board surface and roll off, while taking away most of the dust and pollutants on the surface to achieve a natural cleaning effect.Actual measurements show that under the same environment, its light transmittance retention ability is more than 30% higher than that of ordinary plates.

In addition to the self-cleaning function, the multi-layer structure design of the product also brings additional advantages.The three- to four-layer cavity structure not only enhances the thermal insulation performance, but also significantly improves the impact strength and carrying capacity.The unique inner wall anti-fog treatment effectively prevents the inner wall of the cavity from fogging, ensures uniform light transmission, and avoids the light scattering problems that traditional multilayer plates are prone to.

At present, with the improvement of green building standards and the increase in labor maintenance costs, the market demand for building materials products with self-maintenance functions is growing rapidly.This kind of innovative solar panel, which integrates self-cleaning, high-strength and thermal insulation, has begun to be used in large-scale commercial buildings, stadiums, modern agriculture and other projects.It not only reduces the use of clean water and chemical cleaning agents, but also provides technical support for the sustainable development of the whole life cycle of the building by extending the effective service life of the material, indicating that outdoor building materials are moving towards a new stage of intelligence and low maintenance.