A new innovation in lithium battery anode electrodes may change the face of rechargeable batteries forever.
According to the journal Advanced Energy Materials, the discovery will allow anode electrodes in lithium
According to Harold Kong, professor of chemistry and bioengineering at Northwestern University, the Ion battery charges 10 times longer and 10 times faster.
Kung and his research team found that they were able to increase energy density.
Or in other words, how much energy you can put in, how long you can put in, take it out --
By changing its internal structure, in the anode electrode.
By putting silicon in-
Between the graphite sheets in lithium
In a telephone interview with The Star, Kung explained that it turns out that you can store 10 times as much energy.
And then by using nano-
The size hose on the graphite sheet makes it easier to take out the energy and put it in, making it faster for the battery to charge.
Since the publication of his paper and the promotion of the study, Kung has been overwhelmed by commercial proposals and proposals from venture investors who want to help make new batteries.
Kung hopes to be ready in three years. In the short-
The new battery can change the time it takes for smartphones and computers to charge.
But there is a bigger dream in the hearts of Kung and others.
He hopes that this new rechargeable battery with more storage space and faster charging time will help revolutionize the use of electric vehicles.
"If you have an electric car, you don't have to charge every 60 miles (96. 5 kilometres)
The use of electric vehicles has become more convenient, but it can run 600 kilometers.
"You don't need to charge at home, but you can get to the gas station to charge in 15 minutes.
The barriers to consumer acceptance of electric vehicles will be reduced.
Kung believes his new invention will help reduce the world's dependence on fossil fuels, reducing both carbon emissions in the atmosphere and dependence on imported oil.
"A good battery can be used not only to promote the adoption of electric vehicles, but also to store electricity generated by renewable resources such as solar energy and wind power.
"If you have an easy way to store electricity, our power generation can rely more on these renewable resources.