Dividend Power Score
A single, comprehensive score designed to measure the true strength of a company’s dividend.
This score combines three essential pillars of dividend quality:
Consistency – Measures how reliable the dividend has been over time, focusing on payment history, stability, and the absence of cuts or suspensions.
Payability – Assesses the company’s financial ability to sustain its dividend, taking into account cash flow, earnings coverage, balance sheet strength, and overall financial health.
Growth – Evaluates the long-term growth of both the dividend and the company’s share price, highlighting businesses that consistently increase payouts while creating shareholder value.
Higher scores identify companies that have historically delivered dependable income alongside sustained dividend growth and long-term capital appreciation.
Company Overview
SES AI Corporation is a U.S.-based advanced battery technology company focused on the development and commercialization of lithium‑metal rechargeable batteries. The company operates within the energy storage and electric vehicle (EV) battery industries, targeting next-generation battery solutions that aim to improve energy density, charging performance, and safety compared with conventional lithium‑ion batteries. Its core value proposition centers on enabling longer driving ranges and faster charging for electric vehicles while maintaining compatibility with existing lithium‑ion manufacturing infrastructure.
The company’s primary revenue drivers to date are research collaborations, development agreements, and joint commercialization programs with global automotive and battery manufacturing partners, rather than large-scale battery sales. SES AI Corporation traces its origins to research conducted at the Massachusetts Institute of Technology and was founded in 2012 under the name SolidEnergy Systems. It later rebranded as SES AI Corporation and became publicly listed in 2022 following a business combination, marking its transition from a research-focused startup to a publicly traded technology developer pursuing commercial-scale deployment.
Business Operations
SES AI Corporation operates through an integrated model encompassing battery materials research, cell design, prototype manufacturing, and artificial intelligence–enabled battery analytics. Its operations are organized around the development of lithium‑metal battery cells, including both high-energy and high-power configurations designed for automotive applications. The company also develops proprietary electrolyte formulations and lithium-metal anode technologies intended to improve cycle life and safety.
Operationally, SES maintains research and development facilities in the United States and Asia, along with pilot-scale manufacturing capabilities used to produce prototype and pre-commercial cells. The company collaborates closely with automotive original equipment manufacturers and cell manufacturing partners through joint development agreements rather than operating large-scale commercial battery factories. SES AI Corporation also leverages internally developed data platforms to analyze battery performance, which it positions as a complementary capability supporting faster validation and optimization of its battery technologies.
Strategic Position & Investments
SES AI Corporation’s strategy centers on positioning itself as a technology enabler for global automotive manufacturers transitioning to next-generation battery chemistries. Its growth initiatives prioritize advancing lithium‑metal battery cells from prototype to automotive qualification, followed by joint commercialization with established manufacturing partners. Rather than vertically integrating full-scale production, SES emphasizes capital-efficient partnerships to scale its technology.
The company has entered into strategic collaborations and development agreements with major global automotive companies and battery ecosystem participants, which it identifies as a key competitive advantage. SES AI Corporation has also invested significantly in artificial intelligence and data-driven battery diagnostics, branding this effort as part of its broader AI‑enhanced battery development strategy. Public disclosures indicate that the company continues to allocate capital primarily toward research and development, pilot manufacturing expansion, and validation programs required for automotive adoption.
Geographic Footprint
SES AI Corporation is headquartered in the United States, with its corporate headquarters located in Massachusetts. Its operational footprint spans North America and Asia, reflecting the global nature of the automotive and battery supply chains it serves. The company maintains research, engineering, and laboratory facilities in the United States, alongside additional technical and operational sites in China and South Korea.
Through its partnerships with multinational automotive manufacturers, SES AI Corporation has indirect market exposure across Asia‑Pacific, Europe, and North America, even where it does not operate large physical facilities. This geographically distributed model supports collaboration with customers in major EV markets while allowing SES to remain focused on technology development rather than regional manufacturing dominance.
Leadership & Governance
SES AI Corporation was founded by Qichao Hu, who has played a central role in shaping the company’s technology-driven and partnership-oriented strategy. The leadership team emphasizes scientific rigor, long-term innovation, and close collaboration with automotive customers as core elements of its governance and operating philosophy.
Key executives include:
- Qichao Hu – Founder, Chief Executive Officer, and Chairman
- Liang Zhang – Chief Technology Officer
- Jia Li – Chief Financial Officer
- Yong Yang – Chief Manufacturing Officer
The board and management team collectively bring experience spanning battery science, automotive engineering, manufacturing scale-up, and public company governance, aligning leadership oversight with the company’s long-term objective of commercializing lithium‑metal battery technology for electric vehicles.