With the help of artificial intelligence, researchers have created new materials to produce more powerful batteries

In a major breakthrough, scientists have discovered a new way to make more powerful and more sustainable batteries. This achievement, published in the journal Nature Energy, could create a huge revolution in the field of renewable energy and electronic devices.

According to Tekna Technology Media Technology News Service, with the increasing demand for clean energy and advanced electronic devices, the need for batteries with higher capacity, longer life and better performance is felt more than ever. One of the most important components of batteries are film capacitors, which are responsible for energy storage. But these capacitors are usually not resistant to heat and lose their performance at high temperatures.

Using machine learning techniques, a team of scientists led by Lawrence Berkeley National Laboratory sought to find materials that could perform better at high temperatures and harsh conditions. By examining more than 49 thousand different chemical compounds, they managed to identify several very promising substances.

Using advanced chemical synthesis methods, scientists produced these materials and used them in film capacitors. The results of the tests showed that these new capacitors have a much higher thermal resistance than the previous ones and can store more energy. These new materials lead to making batteries with higher capacity and longer life. These batteries can be used in various industries including electric cars, electric airplanes and portable electronic equipment. They are also more resistant to high temperatures and thus have a longer life.

This discovery is an important step towards the development of clean and sustainable energy technologies. Using these new materials, it is possible to achieve batteries that can effectively store solar and wind energy and use it when needed. This will help reduce dependence on fossil fuels and combat climate change. Researchers intend to design newer materials with better performance using artificial intelligence. Also, they are looking to develop methods of mass production of these materials so that they can be produced on a commercial scale. To see the latest news, refer to Tekna media technology news page.