SES AI Corporation reported second-quarter revenue of $5.1 million [1], representing a 40 percent increase compared to the previous year [1].
The growth comes as the company scales its manufacturing capabilities to meet specific regulatory standards for battery cells. This expansion is critical for securing contracts that require compliance with U.S. national defense laws.
During an earnings call held Tuesday, the company reaffirmed its revenue guidance for 2026, projecting total earnings between $30 million and $35 million [2]. This target reflects the company's expectations for continued growth through the remainder of the year.
SES AI also announced plans to ramp up production at its facility in Korea. The company said the plant will target an annual production capacity of about 1 million NDAA-compliant cells [2]. These cells are designed to meet the requirements of the National Defense Authorization Act, which restricts the use of certain foreign components in government-funded projects.
While the company reported growth in revenue, it continues to navigate wider losses as it invests in the scaling of its Korea operations [3]. The shift toward NDAA compliance is a strategic move to position the company as a viable supplier for sensitive infrastructure, and defense applications.
The company's leadership said the current momentum supports the full-year financial targets [3]. The ramp-up in Korea is intended to bridge the gap between prototype development and large-scale commercial availability.
“SES AI reported second-quarter revenue of $5.1 million, representing a 40 percent increase.”
By prioritizing NDAA-compliant production, SES AI is attempting to decouple its supply chain from restricted entities to gain access to U.S. government and defense contracts. While the 40 percent revenue growth shows commercial traction, the company's reliance on a high-capacity facility in Korea suggests a strategy of leveraging East Asian manufacturing expertise while adhering to Western regulatory frameworks to mitigate geopolitical risk.
