Samsung Set to Introduce Solid-State Batteries in Smartwatches, Smart Rings, and Wireless Earbuds Starting Q4 2023, No Updates for Smartphones Yet

Solid-state batteries represent a significant advancement over the conventional battery technology utilized by numerous manufacturers today. Unlike traditional batteries that contain a liquid electrolyte, these new batteries utilize a solid electrolyte, which brings a myriad of advantages. Samsung is reportedly set to adopt this innovative technology later this year, with plans to integrate solid-state batteries into its latest range of smartwatches, smart rings, and earbuds. Interestingly, however, smartphones are notably absent from this initial rollout.

Why Smartphones May Not Feature Solid-State Batteries from Samsung

A recent report from the Korean outlet Money Today indicates that Samsung Electro-Mechanics will spearhead the development of solid-state batteries, primarily aiming to introduce this groundbreaking technology in the Galaxy Ring by the fourth quarter of 2025. The company is also planning to expand its application to wireless earbuds by Q4 2026 and smartwatches in 2027.

Advantages of Solid-State Batteries

The use of solid-state batteries in consumer electronics offers several compelling benefits. Their higher energy density enables these batteries to store more power, resulting in longer-lasting devices. Additionally, solid-state batteries can be designed in various shapes without increasing fire risk or hazards, improving safety in everyday applications.

The Exclusion of Smartphones: Economics and Technology Trends

Many readers may wonder why solid-state batteries are not anticipated for Samsung’s smartphones. The primary reason lies in the manufacturing costs associated with these batteries, which are significantly higher than those of lithium-ion variants. Since the upcoming Galaxy Ring will feature a smaller capacity, it’s likely that this device will be prioritized for the introduction of solid-state technology.

Moreover, smartphones necessitate a larger battery capacity to function efficiently, and the cost dynamics may not justify the switch to solid-state technology at this point. Instead, Samsung appears to be pursuing silicon-carbon battery technology for its smartphones, which has already gained traction among its competitors, particularly in China.

Potential Developments with Silicon-Carbon Batteries

Silicon-carbon batteries allow for higher capacities to be achieved without adding bulk to devices. There have even been speculations that the forthcoming Galaxy S26 Ultra could feature an impressive 7, 000mAh battery if Samsung opts for this technology. While similar claims have surfaced in the past without results, it is important to stay cautiously optimistic about future developments.

For ongoing updates, ensure you monitor reliable news sources.

News Source: Money Today

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