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On March 28, according to the Shenzhen Institute of Advanced Technology of the Chinese Academy of Sciences, the latest achievements of the new high-energy density aluminum-graphite dual-ion battery technology pioneered by the research team of the academy were published
in the international energy materials top journal "Advanced Energy Materials".
According to the relevant person in charge of the Shenzhen Advanced Institute of the Chinese Academy of Sciences, this new high-energy density aluminum-graphite dual-ion battery is a new high-efficiency, low-cost energy storage battery, compared with the traditional lithium battery technology, this battery has obvious advantages, not only the production cost is reduced by about 40%-50%, but also the energy density is increased by at least 1.
3-2 times
.
It is understood that if the new dual-ion battery technology is industrialized, it will have a significant impact on the existing lithium battery industry pattern, and future mobile phones may be thinner and lighter, longer battery life, and the key problems of high cost and short range of electric vehicle batteries will also be solved
.
However, at present, the new dual-ion battery technology needs to be optimized, such as the need to further improve the cycle stability of the battery
.
On March 28, according to the Shenzhen Institute of Advanced Technology of the Chinese Academy of Sciences, the latest achievements of the new high-energy density aluminum-graphite dual-ion battery technology pioneered by the research team of the academy were published
in the international energy materials top journal "Advanced Energy Materials".
According to the relevant person in charge of the Shenzhen Advanced Institute of the Chinese Academy of Sciences, this new high-energy density aluminum-graphite dual-ion battery is a new high-efficiency, low-cost energy storage battery, compared with the traditional lithium battery technology, this battery has obvious advantages, not only the production cost is reduced by about 40%-50%, but also the energy density is increased by at least 1.
3-2 times
.
It is understood that if the new dual-ion battery technology is industrialized, it will have a significant impact on the existing lithium battery industry pattern, and future mobile phones may be thinner and lighter, longer battery life, and the key problems of high cost and short range of electric vehicle batteries will also be solved
.
However, at present, the new dual-ion battery technology needs to be optimized, such as the need to further improve the cycle stability of the battery
.
