In a world where energy demand continues to grow, innovation has become a priority and now a new progress can change the future of energy, as happened with this magical formula for the transition. But this time the key would be in textures …
The world of batteries
Nowadays we live in an extremely technological era where batteries are practically part of our daily lives. These artifacts are present in everything! From electric cars to mobile phones and solar energy systems.
And estimates about how demand will increase are really impressive. Between 2022 and 2030 it is expected that the global need for lithium ion batteries will multiply, reach 4.7 Teravatios-Hora for 2030!
Markt experts indicate that this significant increase is mainly due to the growing use of electric vehicles, which are highly dependent on these batteries.
The problem is that this question cannot be met if the production of the battery is not increased, so researchers around the world are constantly looking for new materials and ways to innovate to improve the battery technology and so a new discovery has arisen, but what is it about?
The new advance on batteries
An investigation done by the Laboratory for Energy Storage at the University of Chicago along with Thermo Fisher Scientific demonstrated something very curious: Textures are of fundamental importance to improve the performance of the battery.
Metals such as lithium and sodium, which are soft, have unique qualities that make ideals as negative electrodes in different types of batteries. In particular, Lithium emphasizes the best material for the anodes of the rechargeable batteries.
Insight into how texture influences the performance of rechargeable metal batteries. But this research has succeeded in beating this obstacle! Determining that the improvement of the metal texture can have a remarkable influence on battery efficiency.
A work that was worth it
The researchers carried out a series of steps in their search to understand what the ideal texture for metal batteries would be.
To start with, they characterized the texture of soft metal under different circumstances and then developed a thermodynamic theory and a phaseveld model for texture formation, identified the desired textures that can improve the efficiency of the coating and the pickler, and finally they designed an interfacial layer for the growth of the optimum korrel.
But the most important finding of this study was that The absorption of a thin layer of silicon between the lithium metal and the current collector that promoted the formation of the desired texture.
This adjustment Allowed the loading capacity of the battery to increase almost ten times! In Solid -State batteries with lithium anodes really impressive!
In fact, the research team has a collaboration with the LG Energy Solution Border Research LaboratoryTo market this technology, because they recognize the growing need for more efficient batteries for electric vehicles and storage of renewable energy
A sustainable solution for the future
Being able to discover the importance of texture to improve the efficiency of batteries is a remarkable progress in the search for efficient and respectful solutions with our planet.
This discovery could transform the battery industry, which can promote greater efficiency and durability in electric vehicles and portable devices. Although many challenges are still needed to improve and sell this technological progress, it is more than clear.
In conclusion, this new discovery is a great progress for energy storage and it is expected that the energy market can be applied and a revolution was brought about in very quickly as it happened with the arrival of this German beast.