Meta and Overview Energy Sign Agreement to Advance Space‑Based Solar Power for Future Data and Aerospace Infrastructure

Overview Energy and Meta have announced a new agreement to advance space‑based solar power, a technology that is beginning to attract attention across sectors that depend on resilient, always‑available energy. While the partnership is framed around supporting Meta’s expanding AI infrastructure, the underlying capabilities have clear implications for aerospace programs that require persistent, high‑quality power for ground networks, space systems, and high‑demand computing environments.

Early Access to a New Class of Power Infrastructure

Under the agreement, Meta has secured early access to as much as 1 gigawatt of future capacity from Overview’s planned space solar energy system. The company intends to demonstrate the technology in orbit in 2028, with commercial power delivery targeted for 2030. The system collects solar energy in geosynchronous orbit and beams it to existing solar facilities on the ground, where it is converted into electricity. By extending the operating hours of terrestrial solar installations, the approach aims to increase output without requiring new land or lengthy grid interconnection processes.

For aerospace stakeholders, the concept aligns with long‑standing interest in space‑based power generation and wireless energy transfer, both of which have been studied as potential enablers for future space architectures, remote operations, and resilient national infrastructure.

Positioning Space as Part of the Energy Ecosystem

Overview Energy describes its system as a way to integrate space directly into the nation’s energy mix. Its satellites collect continuous sunlight and transmit it as low‑intensity near‑infrared light to ground receivers. The beam is designed to be invisible, less intense than sunlight, and passively safe for people, animals, and aircraft. The company states that the technology is engineered to meet U.S. regulatory and grid integration requirements.

The advisory board supporting Overview includes former NASA Administrators Jim Bridenstine and Mike Griffin, as well as former FERC Chairman Joseph Kelliher, reflecting the intersection of aerospace expertise and energy policy required to advance this type of infrastructure.

Implications for High‑Demand Computing and Aerospace Systems

Meta’s interest centers on securing scalable, around‑the‑clock power for AI data centers, which increasingly require large, stable energy supplies. Aerospace programs face similar pressures as satellite constellations, defense systems, and spaceborne computing platforms grow more power intensive. Technologies capable of delivering uninterrupted energy from orbit could eventually support both terrestrial and space‑based operations.

The agreement positions Meta among the first major companies to reserve future capacity from a commercial space solar system, signaling early market traction for an emerging category of energy infrastructure.

About Overview Energy

Overview Energy develops systems that convert uninterrupted sunlight in space into directable energy on Earth. Its satellites are designed to collect solar energy continuously in geosynchronous orbit and beam it to receivers colocated with existing or future utility‑scale solar projects. The company has demonstrated power beaming from a moving airborne platform and is backed by investors active in both energy and aerospace sectors.