SES AI Stock Price, News & Analysis
Company Description
SES AI Corporation (NYSE: SES) is a battery technology company focused on the development and manufacturing of AI‑enhanced high‑performance lithium‑metal (Li‑Metal) and lithium‑ion (Li‑ion) batteries. According to its public disclosures, SES AI positions its technology to power electric transportation on land and in the air, and to support energy storage and other battery‑intensive applications.
SES AI describes itself as the first battery company to accelerate its pace of innovation by using superintelligent AI across its business. This AI is applied to research and development, materials sourcing, cell design, engineering and manufacturing, and battery health and safety monitoring. The company states that it is an Li‑Metal battery developer and manufacturer founded in 2012 and headquartered in Boston, Massachusetts, with operations in Singapore, Shanghai, and Seoul.
Core business and technology focus
Based on its press releases, SES AI develops and manufactures Li‑Metal and Li‑ion batteries aimed at electric vehicles (EVs), drones, urban air mobility (UAM) and eVTOL aircraft, robotics, energy storage systems (ESS), and other uses that require high energy density and power. The company highlights that its batteries are supported by AI‑driven tools for materials discovery and battery management.
SES AI reports that it operates a factory in Chungju, South Korea, established in 2021 with support from South Korea’s central government, Chungcheongbuk‑do province and the City of Chungju. This facility is described as producing a 100Ah lithium‑metal battery for automotive applications and a 30Ah lithium‑metal battery for UAM applications. The Chungju plant supports manufacturing for drone applications and is referenced in the company’s plans to expand cell manufacturing capacity for drones and UAM.
Molecular Universe software platform
A distinctive element of SES AI’s business is its Molecular Universe platform, which the company describes as a software and services platform for battery material discovery. SES AI states that Molecular Universe uses AI and large molecular databases to help discover and optimize electrolyte materials for different battery chemistries and applications.
In its public communications, SES AI notes that Molecular Universe has been used with enterprise customers to discover electrolyte materials for:
- Low‑to‑medium content silicon anode Li‑ion electrolyte for EV applications
- High content silicon anode Li‑ion electrolyte for drones and robotics
- Li‑Metal electrolyte for drones and eVTOL applications
- Lithium iron phosphate (LFP) Li‑ion electrolyte for ESS applications
The company also describes versions of Molecular Universe (such as MU‑1 and MU‑1.5) as offering capabilities for literature research and solution recommendation, molecule and formulation search, and prediction of cell performance. SES AI reports that it offers Molecular Universe through subscription tiers and joint development arrangements, and that it has generated revenue from this platform.
Materials and supply chain initiatives
SES AI’s disclosures highlight efforts to connect its AI‑driven discoveries with commercial materials supply. The company has signed a term sheet to establish a joint venture with Hisun New Energy Materials Ltd. Co., a Texas‑based electrolyte contract manufacturer, to commercially supply electrolyte materials discovered by Molecular Universe. SES AI states that this proposed joint venture is intended to produce and supply these electrolytes on a commercial scale and to represent a new source of recurring revenue by supplying discovered materials to customers globally.
In addition, SES AI has announced a collaboration with Top Material, a Korea‑based advanced materials and gigafactory engineering company, to boost SES AI’s cell manufacturing capacity in Chungju for drone and UAM applications and to support compliance with applicable U.S. National Defense Authorization Act (NDAA) country‑of‑origin and supply chain requirements for its drone customers.
Energy storage systems and UZ Energy acquisition
SES AI has expanded into the energy storage systems (ESS) market through the acquisition of Shenzhen UZ Energy Co., Ltd. The company describes UZ Energy as a leader in premium ESS hardware with an existing customer base in Australia, Europe and Asia. SES AI states that, with this acquisition, it is entering the multi‑hundred GWh ESS market by integrating cells, modules, packs and AI‑enabled safety and health systems.
According to SES AI, combining UZ Energy’s ESS hardware with SES AI’s software is intended to create integrated ESS offerings that use materials and monitoring capabilities informed by Molecular Universe. The company has also referenced the potential to expand UZ Energy’s business and to integrate it into SES AI’s broader battery and software strategy.
Corporate structure and listing
SEC filings indicate that SES AI Corporation is incorporated in Delaware and that its Class A common stock and warrants trade on the New York Stock Exchange under the symbols SES and SES WS, respectively. The company has both Class A and Class B common stock, with different voting rights, as described in its proxy materials.
In a Form 8‑K, SES AI reported that it received a notice from the NYSE in March 2025 regarding minimum share price requirements and later received notice in August 2025 that it had regained compliance with the NYSE continued listing criteria related to average closing price. The same filing confirms that SES AI’s securities remain listed on the NYSE.
Governance and shareholder matters
SES AI’s definitive proxy statement and subsequent Form 8‑K filings describe its annual meeting of stockholders, director elections, auditor ratification, and advisory votes on executive compensation. The company reports that it is a controlled company under NYSE rules, with Class B shares carrying higher voting power, and that it maintains a board structure with classified director terms.
The company’s SEC filings also document changes in board composition, including the resignation of certain directors and the appointment of a new independent director, along with committee assignments. These filings outline standard governance practices such as board committees, independence determinations, and stockholder communication procedures.
Global footprint and applications
Across its press releases, SES AI emphasizes that it is powering electric transportation on land and in the air with Li‑Metal batteries and that it is building a global materials and cell supply chain. It references operations in Boston, Singapore, Shanghai, Seoul, and manufacturing in Chungju, South Korea. The company associates its technology with EVs, drones, robotics, UAM and eVTOL, ESS, consumer electronics, and other battery‑dependent sectors.
According to SES AI, the Molecular Universe platform and related AI tools are intended to support these markets by accelerating the discovery of battery materials and by informing its strategies for electrolyte materials and battery cell supply.
Use of AI across the business
SES AI repeatedly states that it uses superintelligent AI across the spectrum of its business. In its descriptions, this includes:
- Research and development of battery chemistries and materials
- Materials sourcing and evaluation
- Cell design and engineering
- Manufacturing processes
- Battery health and safety monitoring
The Molecular Universe platform is presented as a central component of this AI‑based approach, with features for mapping molecular databases, answering technical questions, searching for molecules and formulations, and predicting cell‑level performance based on experimental data and machine learning models.
Investor information
SES AI states in multiple press releases that it may use its website as a distribution channel for material company information, and that financial and other important information is routinely posted there. It also notes that investors can follow its press releases, SEC filings, and public conference calls and webcasts for updates on business performance and strategy.