Meta has taken a bold and unconventional step toward securing sustainable energy for its rapidly expanding digital infrastructure by signing an agreement with Overview Energy, a space-based solar startup. The deal aims to deliver up to one gigawatt of continuous power beamed directly from orbit to Earth, specifically targeting the growing needs of Meta AI data centres. This agreement marks a historic milestone, as it represents the first commercial reservation of space-based solar energy capacity, pushing a once-theoretical concept closer to real-world implementation.
The agreement outlines an ambitious roadmap, with an initial orbital demonstration scheduled for January 2028 and full-scale commercial energy delivery expected by 2030. While the financial details remain undisclosed, the strategic implications are significant.
Meta AI data centres, which already consume enormous amounts of electricity, are expected to demand even more power as artificial intelligence systems become increasingly complex and widespread. By investing early in space solar technology, Meta is positioning itself at the forefront of next-generation energy solutions.
The core challenge this deal attempts to address is the fundamental limitation of current renewable energy systems. Traditional sources like wind and terrestrial solar are inherently intermittent, dependent on weather conditions and daylight availability. In contrast, Meta AI data centres require uninterrupted, around-the-clock electricity to maintain operations and support intensive AI workloads.
In 2024 alone, Meta’s data centres consumed more than 18,000 gigawatt-hours of electricity, an amount comparable to powering approximately 1.7 million households for an entire year. With new facilities such as the Hyperion campus in Louisiana and the Prometheus campus in Ohio, the company’s energy consumption is set to rise dramatically.
Meta has set a target to scale its renewable energy capacity to 30 gigawatts, but achieving this goal with conventional methods presents major obstacles. Solar farms cease production at night, wind energy fluctuates unpredictably, and large-scale battery storage remains both costly and land-intensive. Nuclear energy offers consistent output but comes with long development timelines and regulatory hurdles. Space-based solar energy, therefore, emerges as a compelling third option—one that could deliver constant power without many of the constraints faced on Earth.
Overview Energy’s approach distinguishes itself from earlier concepts that relied on high-intensity lasers or microwave beams to transmit energy. Those methods raised concerns related to safety, efficiency, and infrastructure requirements, including the need for specialized receiving stations. Instead, Overview’s system uses a broad, low-intensity near-infrared beam that is invisible and designed to be safe.
This beam is directed at existing utility-scale solar farms, where standard photovoltaic panels convert the incoming light into electricity just as they would with sunlight. This innovation allows existing infrastructure to be utilized without additional land use or new grid connections, effectively extending solar energy generation into nighttime hours.
The satellites responsible for this energy transmission will operate in geosynchronous orbit, maintaining a fixed position relative to a specific point on Earth. This ensures a continuous and stable energy stream to designated receiving locations.
Founded in 2022 and headquartered in Ashburn, Virginia, a region known for its dense concentration of data centres, Overview Energy has quickly emerged as a notable player in the space energy sector. The company publicly revealed its operations in late 2025 and has already demonstrated early-stage power transmission using airborne platforms, laying the groundwork for its orbital ambitions.
The upcoming low Earth orbit demonstration in 2028 will serve as a critical proof-of-concept, testing the feasibility of transmitting energy from space to Earth at scale. Overview’s advisory board includes prominent figures from both the aerospace and energy sectors, providing expertise in navigating the complex technical and regulatory challenges involved. This combination of experience underscores the project’s seriousness, even as it ventures into largely uncharted territory.
From Meta’s perspective, the agreement represents a calculated risk with potentially transformative rewards. Nat Sahlstrom, Vice-President of Energy and Sustainability at Meta, described space solar as a breakthrough that leverages existing infrastructure while delivering uninterrupted energy from orbit. For Meta AI data centres, such a capability could fundamentally change how energy is sourced and managed, reducing dependence on traditional grids and enhancing operational resilience.
However, significant uncertainties remain. The timeline is aggressive, with commercial deployment expected just eight years after Overview’s founding. Space solar power has long been discussed in scientific and engineering circles, but no company has yet achieved a fully operational commercial system. The technical challenges of constructing, launching, and maintaining high-capacity satellites in geosynchronous orbit are immense, and success is far from guaranteed.
Additionally, the agreement itself does not ensure delivery of the promised energy. It secures early access to capacity if the technology proves viable, but the financial terms and risk-sharing arrangements have not been disclosed. Overview has even introduced a new metric, “megawatt-photons”, to describe the light-based energy transmission, highlighting how different this model is from traditional power purchase agreements.
Despite these uncertainties, the potential upside is substantial. If successful, Meta could secure a reliable, continuous source of renewable energy for its global network of AI infrastructure, gaining a significant competitive advantage. If the project fails, the financial loss is likely minimal compared to the scale of Meta’s overall investments.
As noted by Muz Tech Mag, this partnership signals a turning point in how major technology companies approach energy innovation. Rather than relying solely on existing solutions, firms like Meta are actively shaping the future of energy. For Meta AI data centres, integrating space-based solar power could redefine sustainability and performance in the age of artificial intelligence, marking the beginning of a new era in which Earth’s energy limitations no longer bind energy.
