Noon Energy Secures 1 GW/100 GWh Ultra-Long Duration Storage Deal with Meta for AI Data Centers

Noon Energy has signed a significant supply contract with Meta, providing 1 gigawatt (GW)/100 gigawatt-hour (GWh) of ultra-long duration energy storage. This partnership aims to power Meta's expanding AI data centers with consistent, clean energy, marking a key advancement in industrial-scale storage solutions.

Meta is aggressively investing in next-generation energy infrastructure to support its rapidly expanding artificial intelligence (AI) data centers. This effort requires reliable, firm power, particularly from renewable sources that can be deployed quickly. Ultra-long duration energy storage (LDES) technology, which can store electricity for multiple days, emerges as a critical solution to bridge gaps in intermittent renewable generation and ensure continuous operation for hyperscale applications like data centers. Noon Energy specializes in developing such advanced storage systems.

Noon Energy will soon begin developing an initial 25 megawatt (MW)/2.5 gigawatt-hour (GWh) project as the first phase of its collaboration with Meta. Following the successful deployment and operation of this initial project, Noon Energy will commence delivering systems under a substantial 1 GW/100 GWh supply contract. This extensive agreement specifically targets Meta's AI data centers, providing energy storage systems designed for over 100 hours of continuous energy discharge. Chris Graves, co-founder and CEO of Noon Energy, stated this partnership represents a monumental step toward achieving the company’s foundational goals. These modular, reversible solid oxide fuel cell systems enable multi-day energy storage and discharge, ensuring 24/7 baseload clean energy supply even when intermittent renewable sources, such as solar or wind, experience low generation periods.

This collaboration highlights the escalating demand for stable, round-the-clock power solutions essential for the massive energy requirements of AI infrastructure expansion. It firmly positions ultra-long duration energy storage as a pivotal technology for enhancing grid resilience and delivering firm power for large-scale industrial applications. The agreement signifies a strategic move by Meta to integrate innovative storage solutions into its broader energy strategy, aiming for faster deployment of reliable energy sources. Watch for the outcomes of the initial project and subsequent large-scale deployments as this partnership advances, indicating the growing maturity and scaling of LDES technology for critical infrastructure needs.