UNITED STATES OF AMERICA —Applied Digital has achieved operational status for three new 25 MW data halls at its Polaris Forge 1 campus in Ellendale, North Dakota. This second phase of Building 2 adds 75 MW of critical power, completing the building's 150 MW design capacity and raising total active critical IT load across the facility to 250 MW. The entire 400 MW campus remains fully leased under long-term agreements as development continues toward full buildout.
Based in Dallas, Texas, Applied Digital designs, constructs, and operates digital infrastructure engineered for high-performance computing, artificial intelligence workloads, and cloud applications. Founded in 2021, the company develops high-density data center assets utilizing specialized cooling technologies to support accelerated computing demands.
The rapid expansion of high-density data center capacity addresses a severe supply shortage of specialized infrastructure capable of housing modern AI chips and high-performance server clusters. As machine learning models grow in complexity, technology enterprises require facilities designed specifically for high power density and advanced thermal management rather than traditional cloud hosting environments. Bringing substantial power online in phased deployments allows operators to monetize infrastructure incrementally while meeting tight deployment schedules for large enterprise clients.
This development underscores the ongoing shift of large-scale digital infrastructure into energy-rich regions with favorable operating environments and available grid capacity. Regional power utilities, supply chain vendors, and construction markets in the upper Midwest stand to benefit from sustained capital investment in regional data center development. Furthermore, the continued scaling of such facilities highlights the growing competition among operators to secure large power allocations and convert raw electrical capacity into operational, high-density compute space.
For technology investors and enterprise customers, the delivery of large-scale AI infrastructure reinforces the feasibility of rapid site expansion in rural markets. Phased completions mitigate execution risks associated with massive multi-hundred-megawatt projects and ensure predictable delivery timelines for critical compute resources. As demand for high-performance computing accelerates globally, data center operators capable of rapidly commissioning energized capacity remain strategically positioned within the digital infrastructure sector.
