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The University of Cambridge has developed lithium-air batteries with 10 times the storage capacity of lithium batteries
Comprehensive foreign media reports, Cambridge University R & D team has overcome the technical difficulties in the development of lithium batteries, developed lithium-air batteries, the same volume, lithium-air battery storage is 10 times
that of other lithium batteries.
In theory, only this kind of battery can allow electric cars to have the range
of gasoline and diesel cars without having to carry a huge and bulky battery pack.
The researchers say the battery system demonstrated in the Cambridge lab is 90 percent efficient and can be recharged 2,000 times
.
The basic chemistry of lithium-air batteries is very simple
.
This battery is discharged by combining lithium and oxygen to form lithium peroxide, and then recharging
by applying an electric current to reverse this process.
This breakthrough in research and development may lead to rechargeable super batteries, which can greatly extend the range of electric vehicles and may greatly improve the economic benefits of
power storage.
The University of Cambridge has developed lithium-air batteries with 10 times the storage capacity of lithium batteries
Comprehensive foreign media reports, Cambridge University R & D team has overcome the technical difficulties in the development of lithium batteries, developed lithium-air batteries, the same volume, lithium-air battery storage is 10 times
that of other lithium batteries.
In theory, only this kind of battery can allow electric cars to have the range
of gasoline and diesel cars without having to carry a huge and bulky battery pack.
The researchers say the battery system demonstrated in the Cambridge lab is 90 percent efficient and can be recharged 2,000 times
.
The basic chemistry of lithium-air batteries is very simple
.
This battery is discharged by combining lithium and oxygen to form lithium peroxide, and then recharging
by applying an electric current to reverse this process.
This breakthrough in research and development may lead to rechargeable super batteries, which can greatly extend the range of electric vehicles and may greatly improve the economic benefits of
power storage.
