Samsung SDI Secures 1GWh Battery Supply Deal

The manufacturer will provide energy storage solutions to Alpha Omega Power for upcoming Texas projects.

Updated on Oct. 26, 2026 in Data Centers

Isometric editorial illustration of a single blank industrial battery storage container in a vast, empty field. — Samsung SDI finalized a 1GWh battery storage supply deal with Alpha Omega Power to support expanding AI data center infrastructure projects. AI Illustration. Upload story photo >

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Samsung SDI has entered into a contract to supply 1GWh of energy storage system solutions to Alpha Omega Power. This agreement brings the total supply volume between the two companies to 1.5GWh.

Why it matters

These supply contracts aim to support the rapid growth of AI data center construction across North America. The technology provides the necessary power infrastructure to handle increasing energy demands.

The Samsung Battery Box 1.7 utilizes prismatic ternary NCA batteries to achieve a 17% higher energy density than the 1.5 version. Each unit incorporates AI-based diagnostics for pre-failure detection and lifespan prediction.

The players

Samsung SDI

This organization is a major battery manufacturer specializing in lithium-ion technology for the automotive and energy storage sectors.

Alpha Omega Power

This company is a developer focusing on power infrastructure and energy storage projects in North America.

The details

Produced at the Star Plus Energy factory in Indiana, the Samsung Battery Box 1.7 is designed for large-scale energy storage. It features advanced high-nickel NCA materials to optimize performance within the 20-foot enclosure.

Samsung SDI signed the initial contract with Alpha Omega Power in 2025.
The new supply agreement was officially announced on October 26, 2026.
Production of the SBB 1.7 units at the Indiana factory is set for 2026.
Alpha Omega Power will deploy the battery solutions in a Texas project starting in 2027.

The Tech Race

The adoption of the Samsung Battery Box 1.7 reflects the broader trend of scaling power capacity to meet the extreme electrical demands of modern AI-driven data centers. This move replaces lower-density legacy units with specialized, high-nickel NCA battery solutions.

The implementation of these high-density battery systems helps ensure more reliable energy delivery for the regional power grids supporting AI-driven services. Users may experience more stable service availability as data centers manage peak electricity demand more efficiently.

The takeaway

Reliable, high-density energy storage is becoming a critical component for the sustainability of large-scale computational infrastructure. As AI projects expand, look for further integration of predictive diagnostics and advanced materials to extend the lifespan of utility-scale batteries.