=== HEADLINE ===
Meta Reserves 1 GW Of Space-Based Solar From Overview Energy

=== STORY_URL ===
https://jaysoncraig.ca/sandbox/faces/meta-space-solar-deal

=== TWITTER_THREAD ===
1/ Meta just signed a deal to power its AI data centers with solar energy beamed down from space. From a startup that emerged from stealth 4 months ago. With $20M in seed funding.

2/ The company is Overview Energy, based in Ashburn, Virginia. Founded 2022 by engineer Marc Berte. Out of stealth in December 2025. Backers include Lowercarbon Capital, Prime Movers Lab, Engine Ventures.

3/ The plan is wild. Roughly 1,000 spacecraft in geosynchronous orbit. Each 500 to 600 feet across. Each weighing 8 to 10 tons. Collecting sunlight 24/7 and beaming it down as low intensity, near infrared light to existing solar farms.

4/ Why Meta? Their 2024 data centers consumed 18,000 gigawatt hours. Equivalent to powering 1.7M American homes for a year. Pre-AI buildout. They've already locked 7.7 GW of nuclear. Hyperscalers are running out of options on Earth.

5/ The economics. In geosynchronous orbit there is no night, no atmosphere, no clouds. Overview claims 5x the energy yield of a ground array, and 50% conversion efficiency on the IR beam vs about 20% for direct sunlight. Target: $60 to $100 per MWh by 2035.

6/ The pushback is real. Caroline Golin, former global head of energy at Google, says hyperscalers are using orbit to escape the politics of decarbonizing terrestrial power. And the materials supply chain for 1,000 ten-ton spacecraft does not yet exist.

7/ First launch: January 2028 on SpaceX's Bandwagon-7. Commercial delivery: 2030. From a $20M seed-round company to powering one of the largest data center operators on Earth in less time than it takes to permit a single new natural gas plant.

8/ Why did Meta sign anyway? The cost of being wrong is small. The cost of missing is enormous. Full breakdown: [INSERT YT URL]

=== LINKEDIN_POST ===
Meta just reserved up to 1 gigawatt of solar power that does not exist yet. Beamed down from satellites. To existing solar farms. At night.

The partner: Overview Energy, an Ashburn startup that emerged from stealth in December 2025 with about 20 million dollars in seed funding from Lowercarbon Capital, Prime Movers Lab, and Engine Ventures. Founded in 2022 by engineer Marc Berte.

The plan is roughly 1,000 spacecraft in geosynchronous orbit. Each 500 to 600 feet across. Each weighing 8 to 10 tons. Each collecting sunlight continuously and beaming the energy back as low intensity near infrared light to existing terrestrial solar farms. No new ground installations. No new transmission lines. The first launch is targeted for January 2028 on SpaceX's Bandwagon-7. Commercial delivery to Meta begins in 2030.

Why a hyperscaler signs this kind of deal: Meta's 2024 data centers consumed more than 18,000 gigawatt-hours, roughly the annual electricity use of 1.7 million American homes. The company has already contracted over 30 GW of clean energy, including 7.7 GW of nuclear. They are not running out of money. They are running out of GRID.

The pushback is real. Caroline Golin, former global head of energy at Google, framed deals like this as hyperscalers hedging away from the politics of decarbonizing terrestrial power. She also flagged the materials supply chain for 1,000 ten-ton spacecraft as a sleeping Achilles heel almost nobody is talking about.

Meta's logic is asymmetric. A capacity reservation is not a check. It is a place in line. If Overview pulls it off, Meta has 1 GW of continuous clean power before any rival does. If it fails, Meta loses the cost of an option, not a portfolio.

This is what the AI buildout actually looks like in 2026. Not bigger fabs. Bigger bets on the sky.

Watch the full breakdown: [INSERT YT URL]

Source: TechCrunch — https://techcrunch.com/2026/04/27/meta-inks-deal-for-solar-power-at-night-beamed-from-space/

=== NEWSLETTER ===
Subject: Meta Just Reserved 1 GW Of Solar Power From Space

Meta just reserved up to one full gigawatt of solar power. Not from a desert farm in Arizona. Not from a rooftop in Texas. From space. The partner is Overview Energy, an Ashburn startup that emerged from stealth in December 2025 with about $20 million in seed funding. Founded 2022 by engineer Marc Berte.

The reason Meta is signing deals like this: their 2024 data centers consumed more than 18,000 gigawatt hours of electricity, roughly the annual electricity use of 1.7 million American homes, and that was before the AI buildout really took off. The company has now contracted over 30 GW of clean energy, including 7.7 GW of nuclear from Vistra, TerraPower, Oklo, and Constellation. Hyperscalers are not running out of money. They are running out of grid.

Overview's plan is roughly 1,000 spacecraft in geosynchronous orbit, each 500 to 600 feet across and weighing 8 to 10 tons, collecting sunlight continuously and beaming it down as low intensity near infrared light to existing solar farms. Conversion efficiency for the beam is around 50 percent, more than double what panels achieve from direct sunlight. The first launch is targeted for January 2028 on SpaceX's Bandwagon-7. Commercial delivery to Meta begins in 2030. Target price: $60 to $100 per megawatt hour by 2035.

A capacity reservation is not a check. It is a place in line. The cost of being wrong is small. The cost of missing is enormous.

Watch: [INSERT YT URL]

— Jane Sterling

=== SHORT_SCRIPT ===
Meta just signed a deal to power its AI data centers with solar energy beamed down from space. Yes, really. From a startup that came out of stealth four months ago, with about 20 million dollars in seed funding.

The partner is Overview Energy, based in Ashburn, Virginia. Their plan? Roughly 1,000 spacecraft in geosynchronous orbit. Each one 500 to 600 feet across. Each one weighing 8 to 10 tons. Collecting sunlight 24/7 and beaming the energy back to Earth as low intensity near infrared light. The receiving solar farms are already built. Already grid connected.

The first launch is set for January 2028, on a SpaceX rideshare. Commercial delivery to Meta is supposed to begin in 2030.

Why does a hyperscaler sign this? Because Meta's data centers ate 18,000 gigawatt hours in 2024. That is 1.7 million American homes for a year. And 2024 was before the AI buildout really kicked in. They are not running out of money. They are running out of GRID.

The cost of being wrong on this bet is small. The cost of missing is enormous. Stay sharp.

=== HASHTAGS_TWITTER ===
#SpaceSolar #OverviewEnergy #MetaAI

=== HASHTAGS_LINKEDIN ===
#AI #DataCenters #CleanEnergy #Hyperscalers #SpaceSolar