• Meta reserves up to 100 GWh of ultra-long duration storage, targeting reliable 24/7 power for AI data centers
• Deal begins with a 25 MW pilot, scaling to 1 GW as deployment and performance milestones are met
• Technology enables multi-day energy storage, addressing renewable intermittency and grid reliability risks

Meta has signed a major energy storage agreement with Noon Energy, securing up to 1 GW and 100 GWh of ultra-long duration energy storage capacity to support its next generation of AI data centers.

The partnership reflects a growing tension at the heart of the AI boom. Hyperscale data centers require constant, high-density power. At the same time, corporate climate commitments are pushing companies toward renewable energy sources that remain intermittent.

Meta’s approach aims to bridge that gap. By pairing renewable generation with multi-day storage systems, the company is positioning itself to maintain uptime while reducing reliance on fossil-based backup power.

Scaling From Pilot to Gigawatt Deployment

The agreement begins with a 25 MW and 2.5 GWh project, expected to be operational by 2028. This initial deployment will serve as a proof point for Noon’s technology under real-world data center conditions.

If successful, the partnership expands into a full-scale supply agreement covering up to 1 GW and 100 GWh of storage capacity.

This phased structure reflects both technical and financial risk management. Early-stage validation reduces uncertainty for Meta while giving Noon the opportunity to scale manufacturing and supply chains alongside demand.

For investors and operators, the model highlights a broader trend. Large buyers are increasingly anchoring emerging climate technologies through long-term offtake-style agreements rather than waiting for full commercial maturity.

Technology Targets Multi-Day Energy Gaps

Noon’s systems are designed for ultra-long duration storage, capable of delivering power for more than 100 hours. Unlike conventional lithium-ion batteries, which typically discharge over four to eight hours, these systems address multi-day gaps in renewable generation.

The technology is based on modular, reversible solid oxide fuel cells. Energy can be stored and later discharged when solar and wind output fall, effectively smoothing supply across extended periods.

This capability is critical for data centers, where downtime carries significant operational and financial risks. It also aligns with a broader industry push toward firm clean power, a key requirement for decarbonizing energy-intensive sectors.

Chris Graves, co-founder and CEO of Noon Energy, said: “Our partnership with Meta is a monumental step toward realizing what we founded Noon to achieve. We’re partnering with a company that is actively securing stable power for the AI infrastructure of tomorrow, and Meta recognizes the promise in our 100+ hour ultra-long duration storage technology. Data centers stand as one of the best applications for Noon’s battery system, and we look forward to working with Meta on building production capacity and an ultra-LDES supply chain in the years ahead.”

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Reliability and Speed Become Strategic Priorities

Meta’s energy strategy reflects a shift in how large technology companies approach infrastructure deployment. Speed is now a competitive advantage, particularly as AI workloads expand rapidly.

Nat Sahlstrom, VP of Energy and Sustainability at Meta, said: “Bringing data centers online faster requires rapid deployment of reliable energy sources. Our agreement with Noon advances that goal with a storage technology that delivers grid resilience and firm power.”

The emphasis on resilience is notable. Grid constraints are emerging as a major bottleneck for data center expansion globally, especially in regions with limited transmission capacity or slow permitting processes.

By integrating ultra-long duration storage, Meta can reduce dependence on grid upgrades and mitigate exposure to energy volatility.

Implications for ESG and Energy Markets

The agreement signals a shift in corporate energy procurement. Companies are moving beyond renewable certificates and short-duration storage toward solutions that guarantee continuous clean power.

From a governance perspective, the deal aligns with increasing regulatory scrutiny on energy reliability and emissions reporting. Investors are also paying closer attention to how companies manage operational risk linked to power supply.

Financially, the scale of the agreement suggests growing confidence in ultra-long duration storage as a viable asset class. Long-term contracts from creditworthy buyers like Meta can help unlock capital for manufacturing and deployment.

For climate goals, the implications are significant. Technologies that enable 24/7 clean energy could accelerate decarbonization across sectors that cannot tolerate interruptions.

As AI demand continues to surge, energy infrastructure is becoming a defining constraint. Meta’s move positions storage not as a supporting technology, but as a core pillar of future digital and energy systems.

ESG News Editorial Team

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