Why is there chromatic aberration in the visualization of solar panels?
2021-11-18
Many customers find that the color of the surface of the solar panel will be different when they receive the solar panel. Take the polysilicon solar panel for example, the color of the surface of the solar panel varies from light blue to dark blue. So how does this chromatic aberration occur? Will solar panels with chromatic aberration affect the use effect?
The chromatic aberration of solar panels is mainly caused by the chromatic aberration of the cells in the solar panels, and the main reason for the chromatic aberration of solar cells is in the process of texturing.
The key factors affecting the quality of the texturing surface include the reaction temperature during texturing, the concentration of the texturing solution, the length of the reaction time during the texturing process, and the degree of tank sealing during the texturing process. The four key factors complement each other, and the strict texturing process can effectively avoid large chromatic aberrations.
The chromatic aberration of solar panels is mainly caused by the chromatic aberration of the cells in the solar panels, and the main reason for the chromatic aberration of solar cells is in the process of texturing.
The key factors affecting the quality of the texturing surface include the reaction temperature during texturing, the concentration of the texturing solution, the length of the reaction time during the texturing process, and the degree of tank sealing during the texturing process. The four key factors complement each other, and the strict texturing process can effectively avoid large chromatic aberrations.
Qualified solar panels will also have chromatic aberration on the surface, because the solar panels use coated glass on the cells, and it is almost impossible to avoid this chromatic aberration as long as the coated glass is used. Some solar panels can not see the surface color difference when they are assembled, and can only be found after installation, under specific angles and light conditions.
