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It is understood that battery life has become one of the biggest shortcomings of smart phones, and major manufacturers have not stopped investing
in battery technology research and development.
A few days ago, Samsung Electronics demonstrated a new battery technology
that can double the capacity of lithium batteries.
According to reports, Samsung's new battery technology will add a silicon coating to the cathode of the battery, which also contains a magical graphene material
.
With the help of this new coating, the researchers succeeded in breaking the limitations
of existing battery technologies in terms of charge-discharge cycles and capacity.
Samsung researchers claim that this technology allows the battery to achieve a volumetric energy density of 972Wh l1 in the first cycle and 700Wh l1 on the 200th cycle – which is 1.
8 and 1.
5 times
that of current lithium batteries, respectively.
Samsung researchers said that the new battery technology has good cycling performance, which is mainly achieved by the multilayer design of the battery
.
Like other new battery technologies, Samsung's technology is still in the research and development stage, and it may be at least two or three years away from real commercial application
.
It is understood that battery life has become one of the biggest shortcomings of smart phones, and major manufacturers have not stopped investing
in battery technology research and development.
A few days ago, Samsung Electronics demonstrated a new battery technology
that can double the capacity of lithium batteries.
According to reports, Samsung's new battery technology will add a silicon coating to the cathode of the battery, which also contains a magical graphene material
.
With the help of this new coating, the researchers succeeded in breaking the limitations
of existing battery technologies in terms of charge-discharge cycles and capacity.
Samsung researchers claim that this technology allows the battery to achieve a volumetric energy density of 972Wh l1 in the first cycle and 700Wh l1 on the 200th cycle – which is 1.
8 and 1.
5 times
that of current lithium batteries, respectively.
Samsung researchers said that the new battery technology has good cycling performance, which is mainly achieved by the multilayer design of the battery
.
Like other new battery technologies, Samsung's technology is still in the research and development stage, and it may be at least two or three years away from real commercial application
.