This type of lens is similar to ordinary lenses, with a thickness of only 1.6 millimeters and a weight of 6 grams, thus having commercial value; The temples of the glasses are embedded with a microprocessor and two power monitors, which can display the light intensity and ambient temperature.

　　In addition, the lens is embedded with transparent and lightweight organic solar cells, which can also be made into different shapes and colors. Due to its lightness and softness compared to traditional solar cells, it may replace silicon solar cells in the future and be embedded in windows or glass skylights.

　　Researchers from the Karlsruhe Institute of Technology in Germany claim that this solar technology has laid the foundation for further human research on solar energy, allowing intelligent solar glasses to self negative energy, measure and display sunlight intensity and temperature. In addition, this type of lens can also generate 200 microwatts of electricity to charge electronic devices such as hearing aids or pedometers.

　　A researcher who assisted in the development of this solar glasses stated that the solar glasses are mechanically flexible and can be applied in areas that traditional photovoltaic cells cannot apply. In the future, this type of solar cell may also be applied in the field of architecture, such as glass windows in high-rise buildings, which convert light energy into electricity through organic solar cells, ensuring that we can work and live normally even when indoor lighting levels are low.

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