As the world enters a full-scale AI era, power demand is growing rapidly, particularly centered on datacenters that consume massive amounts of energy. With the challenge of a reliable power supply becoming a paramount task, interest in ESS(Energy Storage Systems) has become notably prominent. The significance of ESS is increasing further as safety becomes a key capability alongside raw performance.

In line with this trend, SASMUNG SDI has strengthened ESS safety by introducing EDI(Enhanced Direct Injection) that prevents physical heat propagation between cells, No TP(No Thermal Propagation) technology, and SBI(Samsung Battery Intelligence), an intelligent safety system.

[SBI(Samsung Battery Intelligence), SAMSUNG SDI’s intelligent safety system for ESS] 

The SBI, unveiled at InterBattery 2026, is the first domestic AI-based fire prevention software for ESS. This software is based on data collected from domestic and overseas ESS monitoring, which analyzes battery states such as lifespan and power output. The AI learns from this data to provide comprehensive feedback on battery health, including potential cell issues, while considering environmental factors and usage patterns. Ultimately, this enables the software to provide solutions for optimal ESS operation.

SBI does more than just manage active issues; it prevents potential incidents. It also maintains batteries at their peak condition, reducing operation and maintenance costs.

[Key features of SBI(Samsung Battery Intelligence)]

SAMSUNG SDI plans to strengthen its SBB edge by incorporating SBI and leveraging differentiated safety features. The SBB is a solution that installs cells, modules, and racks in a 20-feet container. The product line features diverse portfolio containing NCA(Nickel·Cobalt·Aluminum) and LFP(Lithium·Iron·Phosphate) batteries to meet various customer demands.

SAMSUNG SDI will continue to provide the safest and most economical energy solutions to take the lead in ESS battery market.