Revolution in the battery market: Researchers are making solid -state batteries ahead!

Revolution in the battery market: Researchers are making solid -state batteries ahead!

scientists from the University of Missouri have made a groundbreaking progress in the development of solid -state batteries, which could thus revolutionize the potential encounter between security and efficiency. Conventional lithium-ion batteries that are widespread in electric vehicles and wireless devices today are susceptible to fire and other dangers, which is due to their liquid electrolytes. In a new approach, the researchers rely on fixed electrolytes that are more secure and energy-efficient, such as "https://www2.oekonews.at/us-forscher-knack-fuer-Festkoerpertabatter" Class = "Source_1"> Oekonews.at . Assistance professor Matthias Young and his team have found that the chemical reactions between festival electrolytes and cathode materials are strongly influenced by building an extremely thin protective layer that is 1,000 times finer than human hair.

This discovery could form the basis for the development of new batteries that meet the requirements of the future. Experiments for the production of thin layers through a new, constructed process, the oxidative molecular layer separation (OMLD), are already in full swing. Young emphasizes the importance that these protective layers must be both thin enough to avoid reactions and thick enough so as not to hinder the flow of lithium ions. In this way, the University of Missouri team will not only make progress in battery technology, but also contribute to innovative solutions in electromobility, such as Fraunhofer Ifam explained.

future of electromobility

The possible uses of solid -state batteries are extremely promising because they can be adapted to different applications. Soly -based batteries based on polymer base are already being used in public transport, which demonstrates the need for secure and powerful energy storage. In the near future, however, electric cars could also be converted to powerful solid body batteries in order to meet the requirements for range and performance. They also offer advantages for autonomous vehicles, drones and even flight taxis due to their thermal security and long lifespan. Instead of using the conventional designs, solid -state batteries could significantly reduce heat management and establish themselves as efficient energy solution.