Samsung plans to adopt solid-state batteries for its wearables, starting with the Galaxy Ring, expected in Q4 2023. These batteries offer higher energy density and allow for flexible shapes due to their solid electrolytes, reducing fire risks linked to traditional lithium-ion batteries. Following the Galaxy Ring, solid-state technology will be integrated into earbuds by Q4 2024 and smartwatches by Q4 2027. However, this innovation might raise the cost of the upcoming Galaxy Ring since solid-state batteries are more expensive to manufacture than conventional options. There is currently no information about their use in smartphones.
Samsung is set to introduce solid-state batteries in its wearables soon, as these batteries offer greater energy density and greater design flexibility, allowing for unique shapes. This is due to their use of a solid electrolyte, in contrast to conventional lithium-ion batteries that rely on liquid electrolytes. Consequently, solid-state batteries have a reduced risk of fire, an important consideration for Samsung, which has had its share of battery fire incidents, and certainly wants to minimize such risks.
A recent report from Korea indicates that Samsung’s first solid-state battery product will be a Galaxy Ring expected to launch in the fourth quarter of this year – it’s likely to be either the Galaxy Ring 2 or Galaxy Ring 3 if the Ring 2 is released sooner.
Following the Galaxy Ring, solid-state batteries will be incorporated into earbuds in the fourth quarter of next year, with smartwatches receiving this technology in the fourth quarter of 2027. However, there are currently no updates from Samsung Electro-Mechanics regarding solid-state batteries for smartphones.
Unfortunately, the introduction of a solid-state battery in the upcoming Galaxy Ring could result in a higher price point compared to its predecessor, which was already on the expensive side. This is due to the significantly increased manufacturing costs associated with these batteries compared to traditional varieties.
Source (in Korean)