Samsung is reportedly exploring automotive-grade battery technology to power its next flagship smartphone. The report, circulating through Portal and citing SamMobile, suggests that the company plans to adapt a stacking approach used in electric vehicle battery production for its future devices.
The idea centers on a technique developed by experts within Samsung SDI, the division responsible for lithium-ion batteries in electric cars. By applying this stacking method to smartphone cells, Samsung aims to boost overall battery capacity by up to about 10 percent without increasing the physical size of the battery. If implemented, this enhancement could appear in the Galaxy S24 line, potentially offering longer endurance for Samsung’s top-tier phones while maintaining the same compact form factors that users expect from flagship devices.
Samsung’s current flagship, the Galaxy S23 Ultra, ships with a 5,000 mAh battery and was introduced during the Galaxy Unpacked event on February 1, 2023, with sales commencing on February 17, 2023. The ongoing push toward higher energy density aligns with Samsung’s broader strategy to extend battery life across its premium lineup while exploring faster charge capabilities and improved thermal management. These developments reflect the company’s continuous efforts to stay competitive in a market where battery longevity is a key differentiator for flagship devices.
In related industry chatter, discussions about the next generations of foldables continue. Observers note that new versions like the Galaxy Z Fold 5 and Galaxy Z Flip 5 could reach the market as early as July, though historical release patterns for prior foldables sometimes skew toward late summer into fall. This cadence underscores Samsung’s approach of balancing cutting-edge hardware with timely availability for enthusiasts and mainstream buyers alike. (Attribution: Portal, citing SamMobile)