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Samsung No Large Batteries in Smartphones - News Directory 3

Samsung No Large Batteries in Smartphones

January 1, 2026 Lisa Park Tech
News Context
At a glance
  • Samsung has adopted a remarkably cautious approach to battery advancement in recent years.
  • What: ‍samsung SDI is shifting its battery development focus ‌from high-capacity, cutting-edge technologies to more realistic and achievable‍ goals.
  • Where: Primarily impacting Samsung's mobile ‌device division ⁢and its‍ competitive position in ‍the ⁤global smartphone market.
Original source: telepolis.pl

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Samsung’s Battery Strategy⁤ Shift: From Caution to Pragmatism

Table of Contents

  • Samsung’s Battery Strategy⁤ Shift: From Caution to Pragmatism
    • The​ Legacy of ‌the Galaxy⁤ Note 7
    • Samsung SDI’s Recent Struggles
    • The⁢ Promise of Solid-State Batteries
      • The Future of Energy Storage
    • Competitive Landscape: China’s ⁤Battery⁣ Innovation

The​ Legacy of ‌the Galaxy⁤ Note 7

Samsung has adopted a remarkably cautious approach to battery advancement in recent years. This strategy is a direct outcome of the infamous Galaxy Note 7 scandal of 2016. The‌ fallout from exploding⁢ Note‍ 7 devices led to significant financial ‌losses and ⁢reputational damage, ‌instilling a deep aversion to risk within ‍the company.

What: ‍samsung SDI is shifting its battery development focus ‌from high-capacity, cutting-edge technologies to more realistic and achievable‍ goals.

Where: Primarily impacting Samsung’s mobile ‌device division ⁢and its‍ competitive position in ‍the ⁤global smartphone market.

When: This shift began in response to recent ⁣failures in ​high-capacity battery development, with a renewed ​focus emerging in late 2023/early 2024.

Why it matters: The conservative ⁣strategy was hindering⁣ Samsung’s ability ‍to compete⁢ with increasingly aggressive Chinese manufacturers.

What’s Next: Focus on 6000-8000 mAh batteries,​ with continued ⁤research into ‌solid-state technology.

However, this conservative strategy is⁢ becoming increasingly‍ burdensome for the‌ Korean giant, particularly ⁤as⁣ Chinese smartphone⁢ manufacturers are becoming more and more ⁢bold in their pursuit⁢ of advanced battery technologies, such as silicon-carbon batteries with capacities that seemed⁣ unattainable until recently.

Samsung SDI‘s Recent Struggles

Against this background,​ the actions taken ​so far ⁣by ‌ samsung SDI, the subsidiary ⁣responsible for cell development, ​have⁣ not been performing⁣ well. Attempts to catch​ up with the competition in the high-capacity battery segment ended⁣ in⁣ failure,which forced the company to change the direction of⁣ its work.

The Koreans ‌are now supposed to focus on the more realistic 6000-8000 mAh range. This ‌represents a ‍significant scaling back of ambitions, but a pragmatic move​ to deliver reliable and competitive batteries‍ in the near ​term.

The⁢ Promise of Solid-State Batteries

The Future of Energy Storage

Solid-state ⁤batteries are widely considered to be the future of energy ⁤storage. ‍They offer several advantages over ⁣traditional lithium-ion batteries, including:

  • Higher Energy Density: ‌ Allowing for smaller, lighter⁣ batteries with longer⁣ runtimes.
  • Improved Safety: ​ ⁣Solid electrolytes are less​ flammable than the liquid electrolytes used in lithium-ion batteries, reducing the risk of⁣ fires.
  • Faster⁢ Charging Times: Solid-state batteries can perhaps charge much faster than lithium-ion batteries.
  • Increased Stability: More resistant to degradation over time.

Though,the mass production of⁤ solid-state batteries remains a significant ⁤challenge.⁣ ⁣Issues related‌ to⁤ cost,scalability,and performance at extreme temperatures ‍are ​still being addressed.

Competitive Landscape: China’s ⁤Battery⁣ Innovation

Chinese battery manufacturers,⁣ such as CATL and BYD, are rapidly gaining ground‌ in the battery technology space. They are investing heavily in research and development, and are already producing batteries with higher energy densities and ‍faster charging times than many of their ‌competitors.‌ Their​ willingness⁤ to take risks and embrace new technologies is putting pressure⁤ on established players like Samsung.

Manufacturer Battery ⁤Technology Energy ⁤Density (Wh/kg) – *Approximate* Charging⁢ Time ⁣(0-80%)⁤ – *Approximate*
CATL Lithium Iron Phosphate ⁤(LFP) & ⁢NCM 160-250 30-60 minutes
BYD Blade Battery (LFP) 180-200 35-65 minutes
Samsung SDI NCM

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