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Samsung SDI announced a new cylindrical LFP battery at the Data Centre World Asia 2026 exhibition in Singapore, positioning it as a safety‑focused, high‑power solution for artificial‑intelligence (AI) data‑center applications.
At Data Centre World Asia 2026, Samsung SDI organized its exhibition booth into four zones: uninterruptible power supply (UPS) systems, battery backup units (BBUs), Samsung Battery Boxes (SBBs), and a battery cell line‑up. The company highlighted a UPS solution that passed a large‑scale indoor fire test conducted by UL Solutions, marking a first for the industry.
In the BBU zone, Samsung SDI showcased cylindrical batteries designed for emergency power in AI data centers, including high‑power 21700 nickel‑based cells with bottom vents for enhanced safety. The centerpiece of the announcement was a new cylindrical lithium‑iron‑phosphate (LFP) battery, described as the first of its kind from Samsung SDI. The firm said the cell uses proprietary structural technology to boost power output, capacity, and safety compared with conventional LFP designs.
The SBB zone featured prismatic LFP batteries intended for Samsung’s integrated energy storage solution, SBB 2.0. While the cylindrical LFP cell is a new product, the company did not disclose specific performance metrics, pricing, or a timeline for mass production. Samsung SDI officials indicated that they will brief global customers during the exhibition and continue marketing the technology through technical conferences.
Butiran sumber: koreaherald.com ↗
Mengapa ia penting
The battery’s claimed safety improvements and higher power density could give AI data‑center operators an alternative to traditional nickel‑based cells, potentially reducing fire‑risk and improving uptime for ‑intensive workloads that drive modern AI services.
AI data centers demand reliable, high‑density power sources because large‑scale training and workloads can stress electrical infrastructure. A battery that combines LFP chemistry—known for thermal stability—with a cylindrical form factor could simplify system design and lower fire‑safety concerns, a key consideration for densely packed server farms.
If the battery delivers the promised power density, it may enable longer runtimes for backup power, reducing reliance on diesel generators and lowering operational emissions. This aligns with broader industry moves toward greener, more resilient AI infrastructure.
The announcement also signals Samsung SDI’s strategic focus on the AI‑driven data‑center market, a segment that has seen rapid growth as models scale. Competitors such as LG Electronics and other battery manufacturers are similarly targeting this niche, so Samsung’s entry could intensify competition and spur further innovation in battery safety standards.
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Future disclosures on commercial availability, pricing, and performance benchmarks, as well as adoption by major AI cloud providers or hyperscale operators.
Commercial rollout: Samsung SDI has not provided a launch date or volume production schedule. Monitoring press releases or procurement announcements from major cloud providers will clarify when the battery becomes available.
Performance validation: Independent testing of the cylindrical LFP cell’s discharge rates, cycle life, and thermal behavior will be needed to confirm the company’s claims.
Pricing and cost‑competitiveness: Without disclosed pricing, it remains uncertain whether the new battery can compete with existing nickel‑based or LFP solutions on a total‑cost‑of‑ownership basis.
Regulatory acceptance: Adoption may depend on certifications beyond UL Solutions, especially in regions with stringent data‑center safety regulations.