By 2027, we will be able to recharge our mobiles by walking

We know that technology is going by leaps and bounds and although it is now possible to recharge our mobile phones while we are away from home thanks to the use of small external batteries, some of them even solar, it seems that the way to do this is now being investigated. action is even easier. In fact, it is expected that by 2027 we can simply recharge our phones while we are walking. By 2027, we can recharge our phones simply by walking This is the goal of a multidisciplinary team of scientists who want to collect the kinetic energy generated in clothing by means of the use of cutting-edge nanotechnology.The academics, based in Scotland and Ireland, are trying to create a self-contained and portable friction-based power system, using state-of-the-art nanogenerators, designed to capture and reuse kinetic energy originating from clothing materials through the movement of precisely those who wear the clothing, that is, us.The research team has ensured that, if successful, these small and discreet devices could be woven into the clothes we wear every day, with the aim of making them available by 2027, so that they can power devices such as our mobiles, as well as Like tablets and our smartwatches. Professor Stylios, the study leader, said: ‘As human beings, we collectively expend an enormous amount of energy as we move, so why not capture and harness it? Doing so would benefit the planet in our fight against climate change, and also provide continuity to people’s lives. ”The project is a combination of cutting-edge science and innovative tissue technology.In the same way that static electricity is created, scientists are thus seeking to optimize the friction generated between two materials to create a charge. They have developed a flexible fabric, known as a triboelectric nanogenerator (TENG), to harness and store this sustainable energy source.The project aims to use special materials to maximize fabric friction and design a highly efficient TENG with improved performance so that it can drastically increase efficiency levels to achieve a production of hundreds of milliwatts necessary to recharge most mobile devices but at the same time, it will be a safe technology to carry and use, since current energy levels will not mean in no time, a harm to the user.