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Recently, Japan's Sharp and Professor Tanaka of Kyoto University have successfully developed lithium-ion batteries
with a service life of up to 70 years.
The long-life lithium-ion battery produced this time has a volume of 8 cubic centimeters and can be charged and discharged up to 25,000 times
.
And Sharp said that after the long-life lithium-ion battery is actually charged and discharged 10,000 times, its performance is still stable
.
It is reported that the lithium battery used today has a maximum life of about
10 years.
The service life of long-life lithium-ion batteries will be more than
6 times that of the original.
If combined with a power generation device that uses renewable energy, the battery can continue to be used
even if the solar panels and wind turbines are updated.
The developers plan to use this long-life lithium-ion battery in wind power and solar power generation as a large storage battery
.
At this stage, wind and solar power generation are affected by the climate, and the power output will change
at any time.
If combined with the battery, it can ensure stable output and reduce the impact on the
transmission grid.
Frequent battery replacement is an important factor
in driving up power generation costs.
If this lithium-ion battery with a service life of up to 70 years is applied to this, it will greatly reduce the cost of
power generation.
Recently, Japan's Sharp and Professor Tanaka of Kyoto University have successfully developed lithium-ion batteries
with a service life of up to 70 years.
The long-life lithium-ion battery produced this time has a volume of 8 cubic centimeters and can be charged and discharged up to 25,000 times
.
And Sharp said that after the long-life lithium-ion battery is actually charged and discharged 10,000 times, its performance is still stable
.
It is reported that the lithium battery used today has a maximum life of about
10 years.
The service life of long-life lithium-ion batteries will be more than
6 times that of the original.
If combined with a power generation device that uses renewable energy, the battery can continue to be used
even if the solar panels and wind turbines are updated.
The developers plan to use this long-life lithium-ion battery in wind power and solar power generation as a large storage battery
.
At this stage, wind and solar power generation are affected by the climate, and the power output will change
at any time.
If combined with the battery, it can ensure stable output and reduce the impact on the
transmission grid.
Frequent battery replacement is an important factor
in driving up power generation costs.
If this lithium-ion battery with a service life of up to 70 years is applied to this, it will greatly reduce the cost of
power generation.