An electric car battery can last longer with the toothpaste

An electric car battery can last longer with the toothpaste component

An element found in toothpaste can optimize and extend the life of car batteries. As unbelievable as it sounds, research into car batteries has succeeded in finding a way to store more energy using the toothpaste ingredient.

The research, conducted at the US Department of Energy’s Argonne National Laboratory, found that the fluoride we use every day for oral hygiene also has benefits for electric car batteries.

O electric car It’s one of the best releases of recent times, but it still has some problems, such as the not so long battery life, which leads to higher costs in the medium and long term.

This is what researchers have found to improve vehicle batteries! The analysis is also available in the journal Nature Communications.

The importance of fluoride in electric car batteries

Car manufacturers currently grant a battery guarantee of up to eight years. Now, with researchers’ discovery of the use of fluorine in electric car batteries, that notion could change entirely.

According to test reports, a fluoride electrolyte optimizes the battery and protects against performance losses. To achieve this result, the team made some changes to the electrolyte liquid in the batteries, replacing it with fluorinated components.

The most significant change in the new electrolyte was the removal of hydrogen atoms and the addition of fluorine. The action led to a significant change in the performance of vehicle batteries. As a result, the battery was protected internally and had a longer service life.

Extending battery life is a positive response to renewable energy campaigns as well as reducing the disposal of vehicle components.

The news can also have an impact on you Market value of electric cars, since the solution found in the research is cheaper and easier to manufacture. So far, the vehicles have been marketed at prices that are above the average for the general public.

In summary, research into the use of fluorine in batteries can be an innovative and costeffective solution for everyone.