Crusoe's 5 GW Milestone: Building the AI Factories of Tomorrow

DENVER, CO – June 09, 2026 – In the global arms race to build the infrastructure for artificial intelligence, raw power has become the ultimate currency. Crusoe, an AI infrastructure firm, just announced a staggering accumulation of it, revealing it has contracted nearly 5 gigawatts (GW) of capacity across its data centers and cloud platform. This milestone is more than a number; it is a signal that the industry is grappling with its most fundamental constraint—energy—and that novel, vertically integrated solutions are rapidly becoming the new standard.

With a total development pipeline now exceeding 40 GW, Crusoe is positioning itself as a critical architect of the AI future. The company’s momentum reflects surging demand from the very titans of technology, including Oracle and Microsoft, who are increasingly turning to specialized partners to meet their insatiable need for compute. The signal in this noise is clear: building AI is no longer just about algorithms and silicon; it’s a high-stakes game of energy logistics, construction, and speed.

"The demand from the world's leading technology companies for AI infrastructure – quickly and at scale – has never been greater, and Crusoe is uniquely positioned to meet it," said Chase Lochmiller, Co-founder and CEO of Crusoe. "The nearly five gigawatts under contract is a reflection of the trust our customers have placed in Crusoe, and that’s a responsibility we take seriously."

The Scale of the Challenge

The AI industry's appetite for power is nearly incomprehensible. Market analysts at McKinsey & Company project that global demand for AI-specific data center capacity will surge from 44 GW in 2025 to 156 GW by 2030, a 3.5-fold increase in just five years. In the U.S. alone, Deloitte estimates AI data center power demand could multiply thirtyfold by 2035. This exponential growth is creating a bottleneck where demand for electricity is outstripping the grid's ability to supply it, making power availability the primary barrier to AI's expansion.

This is the problem Crusoe was built to solve. By contracting a capacity that rivals the output of several nuclear power plants, the company is not just building data centers; it is building self-contained ecosystems for AI. Its portfolio includes five massive AI data center campuses across the United States, anchored by flagship developments in Texas. In Abilene, a 1.2 GW campus purpose-built for Oracle is already partially operational, with six more buildings under construction. Just next door, Crusoe recently broke ground on a second, 900 MW campus for Microsoft, bringing the total planned capacity in this emerging “Silicon Prairie” to over 2 GW.

An Energy-First Blueprint

Crusoe’s core innovation lies in its vertically integrated, “energy-first” strategy. Where traditional data center developers treat power procurement and construction as separate, sequential steps, Crusoe co-develops them from the ground up. The company’s origins lie in tackling energy waste, having pioneered technology to convert stranded natural gas from oilfield flaring into power for computation. While it has since divested its Bitcoin mining operations to focus purely on AI, that foundational ethos of intelligently sourcing energy remains.

This model gives Crusoe a distinct advantage. It seeks out locations with abundant and often underutilized energy resources—from natural gas and renewables like wind and solar to battery storage and geothermal—and builds its AI factories at the source. This approach not only secures power at a lower cost but also allows for gigawatt-scale development in locations previously deemed unviable. Furthermore, the company asserts its strategy is designed to support, not strain, local grids.

This vertical integration extends deep into the supply chain. Crusoe manufactures its own long-lead-time electrical components at facilities in Colorado, Oklahoma, and Louisiana. It then ships prefabricated, modular equipment to its sites, ready for rapid installation. This factory-like precision is how the company energized the first buildings at its massive Abilene campus within a year of breaking ground—a timeline unheard of in conventional data center construction.

The AI Factory in Action

For clients like Oracle and Microsoft, this integrated model de-risks and accelerates their AI ambitions. By handing over the complex challenges of site selection, energy procurement, and construction to a specialized partner, hyperscalers can focus on their core business of software and services. Crusoe’s ability to deliver purpose-built, high-density campuses capable of housing next-generation GPU architectures is a powerful value proposition in a market defined by speed.

This model is being replicated across its portfolio. Beyond the two Abilene campuses, Crusoe is contracted for two more large-scale sites in Texas and another in Missouri, all in various stages of development. The company’s approach is also mindful of other critical resources. Its campuses utilize closed-loop, non-evaporative liquid cooling systems that drastically reduce water consumption, recirculating the same water for up to 15 years—a critical feature in often arid regions like West Texas.

The capital-intensive nature of this vision is supported by a war chest of funding from a syndicate of strategic and financial investors. A recent Series E round is expected to value the company at over $10 billion, with participants including NVIDIA, Mubadala Capital, and Valor Equity Partners. This financial backing underscores the market’s confidence that Crusoe’s blueprint for integrating energy and compute is a winning strategy for addressing the primary bottleneck of the AI era. As the digital world continues its exponential expansion, the companies that control the power will be the ones that build the future.