Samsung SDI Targets 2027 Mass Production of All-Solid-State Batteries for EVs, Robots and Mobile Devices
Updated
Updated · MUO - MakeUseOf · Jul 6
Samsung SDI Targets 2027 Mass Production of All-Solid-State Batteries for EVs, Robots and Mobile Devices
3 articles · Updated · MUO - MakeUseOf · Jul 6
Summary
2027 is Samsung SDI’s target for mass production of all-solid-state batteries, with a roadmap spanning electric vehicles, humanoid robots and mobile devices.
Solid-state cells replace flammable liquid electrolyte with a solid material, a shift aimed at improving safety and enabling denser, more compact battery designs than current lithium-ion packs.
Samsung is treating wearables as the likely first consumer use case because rings, earbuds and watches face tighter space limits than phones and could benefit sooner from compact cell designs.
Major hurdles still stand between prototypes and mainstream devices: electrode-interface stability, dendrite-related short risks, cycle life, manufacturing scale and cost all remain difficult to solve.
That timeline signals progress rather than an imminent Galaxy phone overhaul, with silicon-carbon batteries still the nearer-term upgrade while solid-state chemistry remains a longer-range bet.
Can Samsung's solid-state wearables win the battery race before rivals master it for phones and EVs?
As solid-state EVs near production, are safety and cost hurdles being solved fast enough for the mass market?
Will new breakthroughs make week-long smartphone battery life a reality by 2027?
Samsung SDI, BMW, and Solid Power Target 2027 for All-Solid-State Battery Breakthrough: Technology, Partnerships, and Industry Impact
Overview
Samsung SDI is emerging as a leading force in the commercialization of all-solid-state batteries (ASSBs), leveraging its technological expertise and strong industry partnerships. With a major rollout targeted for 2027, Samsung SDI is collaborating closely with Solid Power and BMW, moving beyond prototypes to large-scale cell manufacturing and real-world testing. This strategic alliance is designed to accelerate the adoption of ASSBs, positioning Samsung SDI at the center of efforts to bring safer, higher-performing batteries to electric vehicles and drive the next wave of innovation in the energy storage market.