Developed a new lithium-air battery with five times more efficiency than current

A completely new lithium-air battery (lithium-air) prototype with five times more storage power than the current has just been developed by scientists, promising to solve the problem. The battery life of mobile devices is always needed, arguably the most controversial ever.

No matter how good the device is, how good the picture is, how good the music is, or how fast it will go without a battery, that does not make sense. Everyone is looking forward to a new step in battery technology, helping to improve the device's lifespan to a new level. And to solve that, scientists have created a lithium-air battery prototype.

Scientists have developed a prototype lithium battery - a completely new device.

Previously used lithium batteries - air mostly used lithium peroxide (Li ₂ O ₂ ) . An anodes battery is made of solid lithium and is exposed to oxygen in the air, which stores energy in the form of chemical bonds. Lithium peroxide is not the highest-performing substance, and this time they want to find alternative alternatives to maximize the performance of the battery.

In the latest move, scientists have developed a prototype lithium battery - a completely new device, using Litium Superoxide (LiO ₂ ) to store energy as it breaks the chemical bonds. , resulting in higher performance and longer life expectancy. Peroxide is a divalent negative ion (2 e) while superoxide is a dense one. When the battery is charged, lithium supplies positive ions and bonds to the oxide base. When used (discharge), this link will be broken and release energy.

On the other hand, the use of lithium superoxide to make a battery has a distinct advantage over previous generations of Lithium-ion batteries that form a closed system, meaning no need to add oxygen to or out of the device. They just need to be recharged as simple as other conventional batteries.

Larry Curtiss, a member of the research team, said: "This discovery really opens the way to a whole new generation of battery life, although more research is still needed. But in the not-too-distant future, the longevity and performance of the battery we expect will last longer. "