Converting the body's remaining energy into electrical energy is not new in itself. When scientists look for renewable sources of renewable energy, they discover that the human body itself contains potentially underutilized energy, at least they can be used to charge wearable electronic devices.
Previously, Vodafone Mobile Phone and the University of Southampton have worked together to develop a rechargeable denim short that can charge the phone for 4 hours by capturing the kinetic energy generated by the wearer's movement. And they developed another charging sleeping bag that can use the remaining heat of the human body to charge the phone for 11 hours. Similarly, scientists have also invented human body thermal stickers to convert human thermal energy into electrical energy.
A few days ago, the Korean Institute of Science and Technology has developed a human body thermal paste that is technologically significant. It is made of lightweight glass fiber material and can be bent to a suitable arc on the arm according to need, and can absorb residual heat energy from the human body more effectively and convert it into electric energy to maximize the charge of wearable electronic equipment. . If this technology is widely used, the battery life of electronic devices is expected to increase substantially. At the same time, this technology may also be used to collect waste heat on a larger scale in automobiles, factories, airplanes, and yachts.
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