Meta Signs 1 GW Space-Based Solar Deal With Overview Energy — First Major Big-Tech Bet on Orbital Power (April 27, 2026)

Meta on April 27, 2026 signed an offtake agreement with Bay Area startup Overview Energy for up to 1 gigawatt of space-based solar power — the first commercial-scale orbital-power contract a hyperscaler has ever announced. Overview, founded by former Raytheon laser-systems engineer Marc Berte, plans to fly a constellation of geosynchronous satellites that collect sunlight 22,000 miles above Earth and beam it down as low-intensity near-infrared light to existing ground-based solar farms. An in-orbit demonstration is targeted for 2028, with commercial power delivery beginning in 2030.

What Happened

Meta’s head of energy Urvi Parekh announced two long-duration energy deals in a company blog post on Sunday: a 1 GW reservation with Overview Energy for orbital solar, plus a separate 1 GW / 100 GWh agreement with Bay Area startup Noon Energy for 100-hour solid-oxide-fuel-cell storage. The space-solar deal grabbed the headlines — for good reason. Overview’s technology has been the subject of academic papers and government white papers for half a century, but no Big Tech buyer had previously put a binding offtake on the table.

Berte told Bloomberg on the morning of the announcement that “space is becoming part of America’s energy infrastructure.” Overview’s pitch is straightforward: a satellite in geosynchronous orbit sees sunlight more than 99% of the time, eliminating the intermittency that forces ground solar to lean on batteries or fossil-fired peakers at night. Each spacecraft collects sunlight, converts it to electricity, drives hundreds of laser-diode modules emitting wide-beam near-IR light at roughly 1064 nm, and aims those beams at standard photovoltaic receivers on existing ground solar farms — effectively letting one piece of land generate power 24/7 instead of the daytime-only 25-30% capacity factor typical of terrestrial PV.

Key Details

• 1 GW offtake — Meta has reserved up to one gigawatt of orbital power from Overview Energy, on top of its 30 GW renewable build-out commitment.
• 22,000-mile orbit — Geosynchronous orbit gives each satellite continuous line-of-sight to roughly a third of the Earth and 99%+ uptime on solar collection.
• Wavelength: ~1064 nm near-IR — Overview’s engineers describe the beam as “safer than a supermarket barcode scanner,” staying below eye-safety limits and using a wide footprint that lands on ordinary terrestrial PV cells.
• Demonstration: 2028. Commercial: 2030. Overview targets first orbital flight by 2028, with first paid power delivery to Meta in 2030 as the constellation scales.
• Reuses existing solar farms — Beams hit ground photovoltaic plants that are already grid-tied, so no new transmission lines or interconnection queues are required.
• Investors include Engine Ventures, Aurelia Foundry, Rice Investment Group, Jetstream and Dangerous Ventures — alongside advisors who include former NASA Administrator Jim Bridenstine and former FERC Chairman Joseph Kelliher.
• Companion deal: Meta separately signed a 1 GW / 100 GWh long-duration-storage agreement with Noon Energy, including a 25 MW / 2.5 GWh pilot also targeted for 2028.

What Developers and Users Are Saying

The reaction on Hacker News and the climate-tech corners of X was a mix of awe and skepticism. Multiple top comments on the HN thread noted that space-based solar power has been a venerated “will-be-feasible-in-20-years” story since the 1970s, and that the economics still depend on launch costs falling further than even SpaceX has yet demonstrated. Energy analysts at The Register pointed out that the announcement is a non-binding reservation rather than a power-purchase agreement at a fixed price — meaning Meta has bought optionality, not megawatt-hours.

Supporters argue the math has changed. With AI training workloads pushing data-center power demand toward an estimated 600 GW globally by 2030, hyperscalers are running out of patience with traditional grid interconnection queues, which now stretch 4-6 years in many U.S. markets. Reusing existing solar farms as receivers, as Overview proposes, sidesteps both the land-use fight and the transmission-line bottleneck that have slowed terrestrial renewables. Climate-tech writers at PV Magazine USA framed the deal as the “most credible commercial customer space-based solar has ever had,” even if first power is still four years out.

What This Means for Developers and Operators

The immediate practical impact is small — nobody is going to power a Kubernetes cluster from orbit in 2026. The strategic signal, however, is loud. Meta is openly telling every cloud rival that it considers AI data-center power a national-security-grade infrastructure problem worth betting on demonstration-stage technology to solve. For startups and hyperscalers building AI infrastructure, three things follow. First, traditional grid PPAs and battery storage are no longer assumed to be sufficient on their own — expect Microsoft, Google and Amazon to respond with similar exotic energy bets (nuclear SMRs, geothermal, fusion offtakes) over the next 12 months. Second, the receiver-side technology is plain-vanilla PV, so existing solar developers are the most likely beneficiaries if the constellation flies. Third, the deal validates a route to bypass the multi-year interconnection queues that have throttled U.S. data-center build-out since 2024.

What's Next

Overview Energy plans an orbital demonstration in 2028 followed by progressive launches building toward roughly 1,000 satellites in geosynchronous orbit. Commercial-scale power delivery to Meta is targeted for 2030. The company has not disclosed total committed capital, but the multi-decade timeline implies hundreds of millions of dollars of follow-on funding will be needed before first revenue. The Federal Communications Commission and Federal Aviation Administration will both need to license the space-to-ground beam, and Overview said in a follow-up statement that pre-application engagement with both regulators is already underway.

For Meta, the announcement is one piece of a broader 30 GW renewable build-out anchored by traditional solar, wind and now batteries (Noon Energy) and orbital power (Overview). The next data point worth watching is Meta’s May 1 earnings release, where investors will press CEO Mark Zuckerberg on the company’s rising 2026 AI infrastructure capex — expected to land between $60 billion and $65 billion.

Sources

• Meta Newsroom — Powering AI, Strengthening the Grid — primary announcement (April 27, 2026)
• Bloomberg — Meta Seeks to Power Data Centers With Energy Beamed From Space — first wire report with Marc Berte quote
• TechCrunch — Meta inks deal for solar power at night, beamed from space
• SpaceNews — Overview Energy to provide space-based solar power for Meta data centers
• Tom's Hardware — Meta to beam sunlight from space to power AI data centers
• The Register — Meta seeking energy from space for earth-bound datacenters — skeptical industry take
• PV Magazine USA — Meta signs with Overview Energy — renewable-industry analysis
• ESG Today — companion 1 GW Noon Energy storage deal coverage