Summary This solar panel crystal is passively cooled and does not require electricity or any other energy input during operation. The crystal can reduce the temperature of the silicon wafer by 13 degrees Cels
This solar panel crystal is passively cooled and does not require electricity or any other energy input during operation. The crystal can reduce the temperature of the silicon wafer by 13 degrees Celsius. Simply reducing the temperature by 13 degrees Celsius has greatly improved the working efficiency, which can roughly increase by 1%.
After the advent of solar printers, which has greatly improved the efficiency of solar panel production, a recent research team has researched and invented the results of intent to improve the efficiency of solar panels. At present, a professor at a university in the United States has invented a transparent refrigerating coating, which can reduce the temperature of the solar panel while not affecting the ability of the solar panel to absorb sunlight, thereby improving the working efficiency and durability of solar cells. The main use is silicon dioxide photonic crystal coating material, which is transparent to visible light, but has a strong ability to radiate heat. Solar panels using this coating can absorb as much sunlight as the temperature is reduced. This crystal is passively cooled and requires no electricity or any other energy input during operation. The crystal can reduce the temperature of the silicon wafer by 13 degrees Celsius. Simply reducing the temperature by 13 degrees Celsius has greatly improved the working efficiency, which can roughly increase by 1%.
The application field of solar panel is very wide. On the surface, this research has only increased by 1%, but it has saved an inestimable energy. The continuous improvement of the solar panel industry is not only a reduction in technical costs but also an increase in work efficiency, which has made a huge contribution to the solar panel industry in front of it.
