Meta has signed an agreement with satellite startup Overview Energy to source up to 1 gigawatt of space based solar power for its artificial intelligence infrastructure in the United States, with commercial power delivery expected by 2030. The technology captures solar energy in geosynchronous orbit and beams it to existing solar facilities on the ground, allowing those facilities to generate electricity continuously rather than only during daylight hours. The deal matters because it represents one of the first commercial scale corporate offtake commitments for space based solar power and addresses one of the most persistent obstacles to round the clock clean energy supply for hyperscale data centres.

 

How the Technology Works

 

Overview Energy's satellites collect continuous sunlight in geosynchronous orbit and transmit it to existing ground based solar projects in the form of low intensity near infrared light. The receiving solar facilities then convert this transmitted energy into electricity using their existing infrastructure. This approach is technically distinctive because it does not require the construction of new specialised receiver stations, which has historically been one of the largest cost obstacles facing space based solar concepts.

The commercial logic of the system rests on extending the operational hours of existing solar installations rather than building new generation capacity from scratch. Conventional ground based solar projects are constrained by daylight hours and weather conditions, which limits their utilisation rates to a fraction of the day. By beaming additional solar energy from orbit into the same facilities, the system is designed to significantly increase asset utilisation without requiring new land, new transmission infrastructure or new permitting processes. This combination of incremental output and reuse of existing assets is a key part of the commercial proposition.

 

The Structure of the Meta Agreement

 

Under the agreement, Meta will receive early access to capacity from Overview Energy's space based solar system of up to 1 gigawatt. The deployment plan includes an initial orbital demonstration scheduled for 2028, with commercial power delivery expected by 2030. The phased structure is consistent with how emerging energy technologies are typically commercialised, with a demonstration phase used to validate technical performance before larger volumes of capacity are committed.

For Meta, the agreement provides forward optionality on a novel form of clean energy at a moment when the company is scaling artificial intelligence workloads that require firm round the clock power. For Overview Energy, the partnership delivers anchor offtake from one of the world's largest corporate clean energy buyers, which is a critical commercial validation for any early stage power technology. The presence of a major hyperscale customer also strengthens the company's ability to attract additional capital, supply chain partners and ground based solar collaborators.

 

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Why Hyperscale Operators Are Looking Beyond Conventional Solar

 

Marc Berte, Chief Executive Officer of Overview Energy, framed the partnership as enabling hyperscalers and technology providers to secure clean power with reliable siting and speed to power. He pointed to the importance of looking beyond traditional constraints on where and when power can be delivered to meet rising electricity demand. The framing reflects the increasingly difficult equation that hyperscale operators face. Demand for AI compute is growing rapidly, electricity load profiles are becoming larger and more continuous, and existing renewable energy sources cannot fully match this demand profile without significant storage or firm capacity additions.

Nat Sahlstrom, Vice President of Energy and Sustainability at Meta, described space solar technology as a transformative step forward, leveraging existing terrestrial infrastructure to deliver new uninterrupted energy from orbit. He positioned the collaboration as evidence of Meta's commitment to innovation and to strengthening American energy leadership. For a company facing growing public scrutiny over the energy intensity of its AI infrastructure, the agreement signals a willingness to explore unconventional solutions alongside more established procurement strategies.

 

Meta's Position in the Corporate Clean Energy Market

 

The deal extends Meta's position as one of the most active corporate clean energy buyers globally. According to BloombergNEF, the company ranked as the largest corporate clean energy offtaker in 2025, contracting 10.24 gigawatts of capacity in a single year. Meta has also committed to reaching net zero emissions across its value chain by 2030 and to continuing to match 100 per cent of the electricity used in its data centres and offices with renewable energy.

Maintaining a 100 per cent match while AI workloads expand is becoming progressively more challenging, particularly as hyperscale operators move toward more granular matching standards. The space solar agreement complements other major commitments Meta has made in the firm clean power category, including a separate partnership with Noon Energy for ultra long duration storage and earlier agreements with nuclear technology providers. Together, these commitments outline a strategy that diversifies clean energy supply across multiple novel and conventional technology categories.

 

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What the Deal Signals for Space Based Solar Power

 

The wider significance of the agreement is what it indicates about the trajectory of space based solar power as a commercial technology category. For decades, the concept has been studied by national space agencies, defence research organisations and academic institutions, but it has rarely advanced beyond research and feasibility analysis. A direct agreement between a hyperscale technology buyer and a private space solar developer for up to 1 gigawatt of commercial capacity represents a meaningful step toward commercialisation.

The success of the partnership will depend on the outcome of the 2028 orbital demonstration, the scalability of the satellite manufacturing process and the integration with ground based solar facilities. If the technology performs as designed and commercial delivery proceeds on schedule, the model could open a new category of clean energy supply that operates outside the constraints of land availability, weather and grid congestion that currently shape conventional renewable deployment. For the broader corporate clean energy market, the agreement reinforces a pattern in which hyperscale operators are increasingly willing to underwrite novel energy technologies in pursuit of firm round the clock clean power for their AI infrastructure.