News
December 18, 2025

SES AI and Top Material Announce Plans to Boost Cell Manufacturing Capacity in Korea for Drone Applications

Events
December 17, 2025

Battery World 2025

SES AI to Unveil New Business Updates at Battery World 2025
Events
October 20, 2025

Watch Replay: Molecular Universe MU1 Demo

Building an End-to-End Workflow to Accelerate Battery Material Discovery from Years to Just Tens of
News
August 4, 2025

SES AI to Acquire UZ Energy to Accelerate Growth in Energy Storage Systems

Expanding Reach into Energy Storage Systems with Agreement to acquire UZ Energy

AI Solutions

Originally developed for one of the world’s toughest battery chemistries, Li-Metal, now applicable for both next generation Li-Metal and mainstream Li-ion, and across many applications including transportation, storage, robotics, consumer electronics and beyond.

Testimonials

Kent Helfrich
CTO and VP R&D, General Motors President, GM Ventures

“It’s all about cost and range and charging. And we think the SES technology delivers on all of those promises.”

Yoshiya Josh Fujiwara
Expert engineer, Honda R&D

“Let’s communicate closely in the common language of technology and be the first in the world to bring the Li-Metal battery to the automobile market.”

Chang Hwan Kim
Senior Vice President, Head of Electrification Energy Solutions Tech Unit at Hyundai Motor and Kia

“This technology will definitely become part of the enabling technology for our future product, giving tremendous benefit to our customers.”

Dr. Shirley Meng
Professor, University of Chicago; Chief Scientist for Energy Storage Science at Argonne National Laboratory

“SES’s data set in terms of temperature operation range and also the weight capability even exceeded our expectations.”

About SES AI

SES AI’s mission is to accelerate the world’s energy transition through material discovery and battery management. Its AI-enhanced high energy density and high power density Li-Metal and Li-ion batteries are the first batteries in the world to contain electrolyte materials discovered by AI. These batteries can be used for transportation on land and in the air, storage, robotics, drones, and many other applications.

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