New materials can help reduce indoor temperature

I do not know if people have such a feeling that the average temperature in the past two years is gradually increasing, especially in the summer, it will rise more than 40 degrees at a time, and the duration of hot weather will continue to grow longer. This is our daily life. And the work has caused no small impact, but the increase in the use of air-conditioning is also responsible for the increase in ambient temperature. Many environmentalists said that they hope to end this vicious circle.

Is there any better way to deal with the hot summer weather and intense ultraviolet rays than just blowing air conditioners at home? AFP recently reported a new material. This is a glass-polymer hybrid material that is only 50 microns thick and slightly thicker than aluminum foil. Its greatest advantage is thermal insulation. It can be spread on the roof. Allows the entire indoor environment to reduce the temperature, in addition to this material can also extend the life of solar panels.

The authors of the study and production of this material are Xiaobo Yin, an assistant professor from the University of Colorado at Boulder (UCB), and Gang Tan, an assistant professor at Wyoming University. They are very aware that the current global warming is a very serious issue. To solve this problem, in addition to reducing unreasonable industrial emissions, we must also reduce the use of air-conditioning and other refrigeration equipment. Although it is not yet possible to say whether this new material can completely replace air-conditioning, it is still possible to properly improve the indoor environmental temperature. If the temperature is not high and scary, just use this material to make it cool throughout the summer, while also saving a lot of electricity.

Regarding the production cost, Xiaobo Yin did not specifically disclose the cost per square meter, but he clearly stated that the production cost of this material was very low, and that it would be no problem to push it into the market in the future. During this period, the research team he led was also It will further improve the various properties of the material and allow it to play a greater role.

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