There is no doubt that cell phone batteries have become one of the most important points when choosing a cell phone. And despite the fact that the terminals used right now are lithium, this could change in a future that seems to be closer and closer. We refer to the striking graphene batteries , which are gradually approaching the market for mobile devices.
In addition, graphene is a material that has been talked about a lot over the years, since it has different advantages compared to the traditional use of lithium . But what exactly will this material influence on our mobiles? For this reason, we will explain what it consists of and the great advantages that it would bring us in smartphones.
What is graphene?
Graphene is a fairly consistent substance made up of a layer of carbon that is only one atom thick. In addition, its thickness is so small that it is considered a two-dimensional material , it is even a practically transparent material, which is why it is considered a great conductor of electricity. And this fact makes it a material with special properties, since it is very easy to get it to adapt to various situations.
The advantages of these batteries
We are talking in the near or distant future because to date only one smartphone with this type of battery has appeared on the market, and it belongs to the Appear company. However, it is a very relevant first step that could be the first step towards a very important change in mobile devices . And it is that, one of the main reasons why there is so much to talk about these, is because they deteriorate with a lower speed compared to those that are lithium, achieving a longer useful life.
But, that’s not all, by having to replace them every longer, they will help us to reduce the impact on the environment . In addition, their characteristics make them able to withstand the load of the devices more, which is directly related to a much slower deterioration.
Another of its most outstanding advantages is that they can be recharged in much less time than the current lithium batteries. It is even estimated that they could be 100% completed in just 15-20 minutes , something that, to this day, has not been achieved even with the highest fast charge that exists. Therefore, we would be facing a component that would ensure greater autonomy and a longer useful life.
