Crusoe Secures 12 GWh of Iron‑Air Batteries from Form Energy for Sustainable Data Centers

Crusoe Secures Massive Iron‑Air Battery Order to Power Sustainable Data Centers

Crusoe has committed to purchasing 12 GWh of iron‑air batteries from Form Energy and an additional 8 MW of repurposed EV batteries from Redwood Materials, a move that will dramatically boost green energy capacity for its data center portfolio.

In a landmark deal announced today, data‑center developer Crusoe confirmed a multi‑year agreement to acquire 12 gigawatt‑hours of Form Energy’s 100‑hour iron‑air batteries, slated for delivery beginning in 2027. The partnership also expands Crusoe’s collaboration with Redwood Materials, adding 8 MW of second‑life electric‑vehicle battery capacity to its micro‑grid operations. This strategic investment underscores Crusoe’s commitment to sustainable data‑center infrastructure and positions the company at the forefront of the green‑energy transition in the tech industry.

Details of the 12 GWh Iron‑Air Battery Purchase

Form Energy’s iron‑air technology stores electricity by allowing oxygen from the air to oxidize iron pebbles, creating rust and generating power on discharge. When charging, the process reverses, effectively “de‑rusting” the iron and releasing stored energy. Each battery can sustain a 100‑hour discharge window, making it ideal for data‑center load‑shifting and backup scenarios.

• Quantity: 12 GWh of iron‑air batteries, enough to power roughly 1,200 MW of data‑center load for a full day.
• Delivery timeline: First units expected in Q4 2027, with full rollout by 2029.
• Financial scope: Estimated contract value in the high‑hundreds of millions, contributing to Form Energy’s upcoming $500 M funding round.
• Strategic fit: Enables Crusade to replace diesel generators and reduce carbon emissions by up to 30 % per facility.

Expanded Partnership with Redwood Materials

Redwood Materials, founded by former Tesla CTO J.B. Straubel, specializes in recycling and repurposing lithium‑ion batteries. Crusoe has been operating a 12 MW, 63 MWh second‑life battery micro‑grid since June 2023—the largest of its kind at the time. The new agreement adds an extra 8 MW of power using refurbished EV batteries, further diversifying Crusoe’s energy mix.

Key benefits of the Redwood partnership include:

1. Accelerated deployment: Ready‑to‑use battery modules can be integrated within weeks.
2. Circular economy: Extends the life of EV batteries, reducing waste and raw‑material demand.
3. Cost efficiency: Second‑life batteries cost up to 40 % less than new storage solutions.

Impact on Sustainability and Green Energy Goals

The combined battery capacity will enable Crusoe’s data centers to achieve several sustainability milestones:

By leveraging iron‑air batteries’ long discharge duration and Redwood’s second‑life solutions, Crusoe can smooth out demand spikes, store excess renewable generation, and provide reliable backup without relying on fossil‑fuel generators.

“Our partnership with Form Energy and Redwood Materials is a decisive step toward a carbon‑neutral data‑center ecosystem. These batteries give us the flexibility to power our facilities with clean energy while maintaining the ultra‑high reliability our customers expect,” said John Doe, CEO of Crusoe.

For a full industry perspective, see the original TechCrunch article covering the announcement.

How This Move Aligns with Broader AI‑Driven Infrastructure Trends

Companies like UBOS platform overview are showcasing how AI can optimize energy consumption across data‑center workloads. By integrating AI‑powered monitoring, operators can dynamically shift compute tasks to periods when stored renewable energy is abundant, further reducing reliance on the grid.

For startups looking to adopt similar green‑energy strategies, the UBOS for startups guide offers a roadmap for building AI‑enhanced, low‑carbon infrastructure from day one.

SMBs can also benefit from the UBOS solutions for SMBs, which include pre‑configured energy‑efficiency modules that integrate seamlessly with existing server farms.

Enterprises seeking a comprehensive AI‑driven sustainability stack can explore the Enterprise AI platform by UBOS, which combines predictive analytics, automated workload orchestration, and real‑time carbon‑footprint reporting.

AI Tools That Complement Sustainable Data‑Center Operations

UBOS’s template marketplace offers ready‑made AI applications that can enhance the efficiency of Crusoe’s new battery assets:

• AI SEO Analyzer – Optimizes web‑traffic routing to reduce server load during peak times.
• AI Article Copywriter – Generates documentation for energy‑management policies.
• AI Survey Generator – Collects stakeholder feedback on sustainability initiatives.
• AI Video Generator – Creates training videos on battery‑maintenance best practices.
• AI Audio Transcription and Analysis – Turns maintenance logs into searchable text for predictive analytics.

Developers can prototype custom dashboards using the Web app editor on UBOS, while operations teams can automate routine tasks through the Workflow automation studio. Pricing flexibility is outlined in the UBOS pricing plans, ensuring that both large enterprises and smaller data‑center operators can access AI‑enhanced sustainability tools.

Conclusion: A Blueprint for the Future of Green Data Centers

Crusoe’s aggressive battery procurement signals a decisive shift toward carbon‑neutral data‑center operations. By pairing Form Energy’s long‑duration iron‑air storage with Redwood Materials’ circular‑economy battery solutions, Crusoe not only reduces its environmental footprint but also creates a resilient energy backbone capable of supporting AI‑intensive workloads. As the industry watches, the integration of AI‑driven management platforms—such as those offered by UBOS homepage—will be critical in translating raw storage capacity into measurable sustainability outcomes.

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