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Solid-state batteries are low-power density and high-energy density batteries, and in July 2013, the U.
S.
Patent and Trademark Office published an Apple patent
related to solid-state battery charging technology.
At present, Toyota is focusing on taking advantage of the high energy density characteristics of solid-state batteries, intending to increase battery life by 3-4 times, and is preparing to apply it to 2020 models
.
Apple, on the other hand, is interested in the low power density of solid-state batteries and intends to use this battery technology
in future iOS devices and wearable devices.
Solid-state batteries are easier to miniaturize and can use thinner designs, and these characteristics of solid-state batteries can be of great help
to their design for bendable devices or devices with flexible screens.
Moreover, the use of solid-state batteries can also effectively avoid the electrolyte leakage problem
that traditional batteries are prone to.
The U.
S.
Patent and Trademark Office recently published another Apple patent related to solid-state battery charging technology, but this time it is solid-state battery charging technology
for portable devices.
Apple pointed out that the breakthroughs and advances in battery technology in recent years have also led to the development of
solid-state battery technology.
In solid-state batteries, electrodes and solid-state electrolytes are placed on
a non-conductive substrate.
Compared with lithium-ion or lithium-polymer batteries, the solid-state electrolyte in solid-state batteries takes up less space and is also lighter, so solid-state batteries have a higher energy density
than the above two batteries.
In addition, solid-state batteries are safer than lithium-ion or lithium-polymer batteries
.
Compared with solid-state batteries, it can naturally enhance the safety, reliability, and battery life of portable electronic devices, and the fuselage design can also have more possibilities
.
Solid-state batteries are low-power density and high-energy density batteries, and in July 2013, the U.
S.
Patent and Trademark Office published an Apple patent
related to solid-state battery charging technology.
At present, Toyota is focusing on taking advantage of the high energy density characteristics of solid-state batteries, intending to increase battery life by 3-4 times, and is preparing to apply it to 2020 models
.
Apple, on the other hand, is interested in the low power density of solid-state batteries and intends to use this battery technology
in future iOS devices and wearable devices.
Solid-state batteries are easier to miniaturize and can use thinner designs, and these characteristics of solid-state batteries can be of great help
to their design for bendable devices or devices with flexible screens.
Moreover, the use of solid-state batteries can also effectively avoid the electrolyte leakage problem
that traditional batteries are prone to.
The U.
S.
Patent and Trademark Office recently published another Apple patent related to solid-state battery charging technology, but this time it is solid-state battery charging technology
for portable devices.
Apple pointed out that the breakthroughs and advances in battery technology in recent years have also led to the development of
solid-state battery technology.
In solid-state batteries, electrodes and solid-state electrolytes are placed on
a non-conductive substrate.
Compared with lithium-ion or lithium-polymer batteries, the solid-state electrolyte in solid-state batteries takes up less space and is also lighter, so solid-state batteries have a higher energy density
than the above two batteries.
In addition, solid-state batteries are safer than lithium-ion or lithium-polymer batteries
.
Compared with solid-state batteries, it can naturally enhance the safety, reliability, and battery life of portable electronic devices, and the fuselage design can also have more possibilities
.
