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Meta’s Quest for Night‑Time Renewable Power via Space‑Based Infrared BeamsIn a bold move to decouple data‑center operations from the limits of daylight, Meta signed a capacity‑reservation deal with Overview Energy. The agreement envisions a constellation of satellites that will transmit infrared light to terrestrial solar farms, enabling continuous renewable generation for AI‑heavy workloads.Overview Energy’s Satellite‑to‑Solar‑Farm Infrared Transmission PlanOverview, a four‑year‑old venture out of Ashburn, Virginia, proposes to harvest solar energy in orbit, convert it to near‑infrared, and beam it to large‑scale solar installations (hundreds of megawatts). Unlike high‑power laser or microwave concepts, the wide infrared beam is claimed to be safe for direct observation.Spacecraft collect solar power in low Earth orbit.Energy is converted to infrared and directed at ground‑based solar farms.Initial satellite launch slated for January 2028, with full deployment targeted for 2030.Scale of Meta’s Energy Use and the 1‑GW Capacity ReservationIn 2024, Meta’s data centers consumed more than 18,000 gigawatt‑hours of electricity—enough to power 1.7 million American homes for a year. The company has pledged to build 30 gigawatts of renewable capacity, focusing on industrial‑scale solar. Under the new contract, Meta can draw up to 1 gigawatt of power from Overview’s satellite fleet, measured in a novel unit called “megawatt photons.”Potential Disruption to Data‑Center Energy Models and Regulatory LandscapeBy beaming power directly to existing solar farms, Overview aims to sidestep the costly battery storage and grid‑integration challenges that currently limit night‑time solar use. If successful, the model could:Boost return on investment for solar‑farm owners.Reduce reliance on fossil‑fuel peaker plants.Introduce a new regulatory category for space‑to‑ground infrared transmission.CEO Marc Berte emphasizes that the beam is safe to look at, potentially easing public‑safety concerns that have hampered laser‑based proposals.Roadmap to 1,000 Satellites and What It Means for the Future of Renewable PowerOverview plans to launch 1,000 spacecraft into geosynchronous orbit, each with a design life of over ten years. Once a third of the planet is covered, the constellation could illuminate solar farms from the West Coast of the United States to Western Europe as the Earth rotates, delivering power precisely when it is most needed.2028: First satellite test flight.2030: Commence deployment of the full fleet.Long‑term: Enable flexible, on‑demand renewable power for global data‑center clusters.Should the technology scale, it may set a precedent for other high‑compute firms seeking sustainable, 24/7 power, and could spark a new market for space‑based energy services.