Samsung is planning to introduce a young bombardment technology for its wearable gadget , including the Galaxy Watch and Galaxy Ring . According to a report from 9to5Google , the ship’s company will adopt all - solid - state stamp battery to heighten energy denseness in its upcoming Galaxy Ring 2 or Galaxy Ring 3 .
How Solid-State Batteries Differ from Lithium-Ion
presently , wearables use lithium - ion batteries , the same type found in smartphones and many other gadgets . These traditional barrage fire rely on liquid electrolytes , whereas solid - state batteries use a self-colored electrolyte instead .
This fracture brings several advantages :
Samsung’s Progress and Expected Launch
In January 2025 , Samsung Electro - Mechanics CEO Chang Dukhyun confirm that the company ’s all - self-coloured - state batteries , also known as ASSBs , are ready and have attain the high energy density and capacity - to - size ratio in the industry .
The first Samsung equipment to feature this new battery engineering is expected to be the upcomingGalaxy Ring . According to the report , Samsung ’s first solid - land battery - powered intersection could launch in the quaternary fourth of this year .
It could be the Galaxy Ring 2 or Galaxy Ring 3 , depending on the freeing timeline of the Galaxy Ring 2 , which may go far in July alongside theGalaxy Z Fold 7 and Flip 7 .
Silicon-Carbon vs. Solid-State Batteries
late flagship phones like the OnePlus 13 and Xiaomi 15 usesilicon - carbon batteries . These improve traditional lithium - ion battery by enhancing the anode with silicon , boosting vigour density while still using liquid electrolyte . We expectthis technology to be used in the upcoming Galaxy S26as well .
Solid - state batteries , on the other paw , represent a more fundamental shift , supervene upon the limpid electrolyte with a substantial one . This change enables the use of lithium metal anodes , increase its energy density and safety , and potentially also allowing for degenerate charging .
However , take down that atomic number 14 - carbon batteries are still denser than solid - state battery .
