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When people mentioned that they had to keep their smartphones and laptops for longer battery life, the batteries inside these devices were doomed to undergo a “failure.†For many years, battery technology has not been broken. Currently, researchers from the Federal Institute of Technology in Zurich have discovered a new type of glass material. The main difference between current glass materials and new glass is the use of vanadate and borate composite glasses. The glass can be used as an electrode material for lithium-ion batteries and can almost double the life of the device.
Scientists Semih Afyon and Reinhard Nesper lead the team of researchers from the ETH Zurich. The team has been exploring this type of glass for several years. In the future, the material is expected to produce great results on large and small devices. Impact.
All kinds of challenges must be overcome to find materials that can effectively store battery capacity and also allow frequent recharging times, while still maintaining sufficient stability before they can be used in modern electronic products.
The most important of these challenges is how to use the potential of vanadium-based compounds. The sulfhydryl compounds can carry more charge than the materials currently used in the cathode, but after a few charge/discharge cycles, due to the crystalline structure of the material Specificity, it will become unstable. To overcome this situation, the researchers mixed vanadium pentoxide powder with a borate compound to create a vanadate and borate composite glass. This material has a high capacity and a stable structure and is simple to manufacture. The cost is also low.
Dr. Afyon said that the motivation behind the study is "We need new chemical processes and new compounds to obtain safer, better, longer lasting batteries." He added that the vanadate and borate composite glass developed by his team can extend the battery life of smartphones by 1.5 to 2 times, and it can also extend the mileage of electric vehicles by 1.5 times.
This is not just a gadget that people are pursuing for better batteries. As the number of electric vehicles, ships and bicycles continues to grow, it will play a crucial role in the sustainable development of our planet's future. What's more, wind power stations and solar power plants also need to be able to efficiently store the generated electricity, so vanadate and borate composite glass may also be used for this purpose.
The team has published all its work on Scientific Reports. In order to make the study possible to continue further, they have already applied for related patents. It may take 10 or 20 years for the team’s research to actually appear on consumer devices.
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