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Scientists say the new liquid battery could mean electric cars can be charged
in seconds instead of hours.
New battery technology enables electric vehicle charging in seconds
Chemists at the University of Glasgow in the United Kingdom claim to have developed a liquid battery system that uses nanomolecules to store energy, which can be released
as electricity and hydrogen.
Concentrating the nanomolecules into a liquid means that the energy it can store is nearly tenfold
increased.
The high energy density means it provides longer range to the vehicle and greater resilience
to the battery system.
This means that electric cars can be charged in seconds, simply by pumping the "fully charged" liquid in and removing the old battery liquid to recharge and use
it again, the researchers said.
Professor Leroy Cronin, Head of the Department of Chemistry at the University of Glasgow, said: "For future renewables to become effective, high-capacity and flexible energy storage systems are needed to eliminate peaks and troughs
in supply.
Our method will provide a new electrochemical method that can even be used in electric vehicles
.
Current EV batteries still take hours to charge and have limited
capacity.
”
，
Scientists say the new liquid battery could mean electric cars can be charged
in seconds instead of hours.
New battery technology enables electric vehicle charging in seconds
New battery technology enables electric vehicle charging in secondsChemists at the University of Glasgow in the United Kingdom claim to have developed a liquid battery system that uses nanomolecules to store energy, which can be released
as electricity and hydrogen.
Concentrating the nanomolecules into a liquid means that the energy it can store is nearly tenfold
increased.
The high energy density means it provides longer range to the vehicle and greater resilience
to the battery system.
This means that electric cars can be charged in seconds, simply by pumping the "fully charged" liquid in and removing the old battery liquid to recharge and use
it again, the researchers said.
Professor Leroy Cronin, Head of the Department of Chemistry at the University of Glasgow, said: "For future renewables to become effective, high-capacity and flexible energy storage systems are needed to eliminate peaks and troughs
in supply.
Our method will provide a new electrochemical method that can even be used in electric vehicles
.
Current EV batteries still take hours to charge and have limited
capacity.
”
，
