Meta Platforms (META) shares edged higher as investors reacted to the company’s latest push to secure massive future energy supplies aimed at supporting its rapidly expanding artificial intelligence infrastructure. The tech giant has signed large-scale agreements with Overview Energy and Noon Energy, signaling a long-term strategy to stabilize power access for its next generation of AI data centers.
The move highlights how major technology companies are increasingly turning to unconventional and early-stage energy systems to meet the growing electricity demands driven by AI workloads.
Meta has entered into a landmark agreement with Overview Energy, reserving up to 1 gigawatt of space-based solar capacity. The project aims to collect solar power in orbit and transmit it back to Earth using low-intensity near-infrared light. The concept, still in early development, is designed to enable continuous solar generation without the limitations of weather, night cycles, or land constraints.
Meta Platforms, Inc., META
While promising, commercial deployment is not expected in the near term, with estimates pointing toward a potential rollout around 2030 if technical milestones are achieved. Meta’s involvement effectively places it in an early queue for what could become a transformative energy source for global computing infrastructure.
In addition to space solar, Meta has also partnered with Noon Energy for up to 1 gigawatt of capacity and 100 gigawatt-hours of long-duration energy storage. The system under development uses reversible solid-oxide fuel cell technology that stores energy by converting carbon dioxide into solid carbon, then releases it when electricity is needed.
The company says its approach could deliver storage costs near $20 per kilowatt-hour while using significantly fewer critical materials than lithium-ion batteries. Noon Energy claims its system relies primarily on abundant elements like carbon and oxygen, potentially reducing supply chain pressure in the battery sector.
The collaboration with Noon Energy includes a pilot project expected to be completed by 2028. Meta has described both the Overview and Noon technologies as early-stage but strategically important for long-term infrastructure planning.
Rather than relying solely on traditional grid expansion, Meta is effectively hedging against energy bottlenecks by locking in future capacity from experimental technologies. This approach reflects growing concerns across the tech sector that existing power grids may struggle to keep pace with AI-driven electricity demand.
The timing of Meta’s energy agreements comes as AI data center consumption continues to accelerate. Industry estimates suggest that power demand from large-scale computing facilities could potentially double or triple by 2028 as companies scale up training and deployment of advanced AI systems.
By securing future energy sources early, Meta reduces its dependence on traditional utilities and avoids long interconnection delays that often slow down new infrastructure projects. The strategy also aligns with broader diversification efforts, including previous investments in nuclear energy capacity.
Meta’s latest deals therefore position the company across a mix of energy solutions, ranging from nuclear to space-based solar and advanced storage systems, reflecting a multi-pronged approach to powering its AI expansion.
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