West Virginia Emerges as Global AI Hub with Massive Nscale-Microsoft-NVIDIA-Caterpillar Partnership
March 21, 2026, 10:21 pm
Nscale, in collaboration with Microsoft, NVIDIA, and Caterpillar, launches a monumental 1.35GW AI data center in West Virginia. The Monarch Campus, featuring NVIDIA Vera Rubin NVL72 GPUs, boasts America's first state-certified AI microgrid, scalable to 8GW, powered by Caterpillar. This initiative addresses critical global AI compute demand, establishing a new paradigm for advanced infrastructure and energy independence, with deployment commencing late 2027.
West Virginia is set to host a groundbreaking artificial intelligence (AI) factory. A major collaboration will establish one of the world's largest AI compute installations. Nscale leads this ambitious project. Microsoft, NVIDIA, and Caterpillar join the endeavor. This partnership signals a pivotal shift in AI infrastructure development.
Nscale has acquired the Monarch Compute Campus. This sprawling site spans up to 2,250 acres. It is located in Mason County, West Virginia. This acquisition includes America's first state-certified AI microgrid. Its power capacity is scalable to over eight gigawatts (GW). This massive energy capability underpins the entire operation.
A letter of intent has been signed with Microsoft. Nscale will provide 1.35 GW of AI compute capacity. This capacity will be housed at the Monarch AI campus. It will feature NVIDIA's next-generation Vera Rubin GPUs. Specifically, Vera Rubin NVL72 systems will be deployed. These systems follow the NVIDIA Vera Rubin DSX AI Factory reference design. This establishes the campus as a global flagship deployment.
The planned infrastructure represents a long-term commitment. It includes an initial multi-year compute services term. A long-term data center lease structure is also in place. This reflects the facility's strategic importance. It positions West Virginia as a cornerstone for future AI training and inference. The United States gains a crucial AI asset.
Nscale will construct and operate advanced AI data center infrastructure. This infrastructure will host the large-scale GPU deployment. Deployment will begin in multiple phases. The first tranche starts in late 2027. This staggered approach ensures efficient rollout. It also allows for future technological upgrades.
Global demand for data centers is surging. AI models require immense computational power. Current supply often struggles to meet this demand. Power and new capacity deployment face constraints. Industry estimates highlight this critical gap. The Monarch Compute Campus directly addresses this growing need.
Nscale’s acquisition and collaboration come at a crucial time. AI is projected to dramatically increase data center demand. Some analyses predict AI-related capacity demand could reach 156 GW by 2030. Nscale's existing capacity exceeds 1 GW. The Monarch Campus significantly amplifies this capability.
The site's expansion potential is immense. It can achieve a total power draw of 8 GW. This allows Nscale to rapidly develop power capacity. It supports one of the largest announced AI compute deployments globally. This scalability is vital for future AI advancements.
Connectivity is another key feature. The campus will provide high-speed fiber access. It links to major AI hubs across the nation. Ashburn and Chicago are prime examples. This proximity offers low latency. Minimal delays for AI workloads are assured. Fast data transfer is crucial for advanced AI operations.
Nscale has partnered with Caterpillar. This collaboration secures robust power generation. Caterpillar G3500 series natural gas generator sets will be deployed. These units will supply two gigawatts of power. This capacity will be operational by the first half of 2028. These generators will power the NVIDIA Vera Rubin DSX AI Factory design.
The G3500 series units offer a proven solution. They enable rapid power deployment. Traditional infrastructure timelines are significantly shortened. This accelerates the path from site development to live compute operations. Reliability and speed are paramount for this scale of project.
The Monarch Campus prioritizes sustainability. Power will be generated entirely on-site. The facility operates independently of the local grid. This eliminates burdens on existing utility customers. It protects ratepayers' bills from increased demand. The microgrid also enables future power export to the grid.
Nscale is actively pursuing carbon sequestration. This aims to offset emissions. West Virginia offers significant sequestration capacity. Even at full 8 GW capacity, the campus will be efficient. Its design consumes less water. It ensures no impact on municipal water supply. Residential users remain unaffected.
The project demonstrates a holistic approach. It integrates cutting-edge AI technology. It also embraces independent, scalable power solutions. Environmental responsibility guides its design. Local community benefits are also a focus. This sets a new benchmark for large-scale AI infrastructure.
The collaboration represents a significant investment in American technology. It positions the United States at the forefront of AI innovation. Secure and robust compute infrastructure is foundational. This venture aims to deliver just that. It will fuel the next wave of AI development and adoption.
West Virginia is set to host a groundbreaking artificial intelligence (AI) factory. A major collaboration will establish one of the world's largest AI compute installations. Nscale leads this ambitious project. Microsoft, NVIDIA, and Caterpillar join the endeavor. This partnership signals a pivotal shift in AI infrastructure development.
Nscale has acquired the Monarch Compute Campus. This sprawling site spans up to 2,250 acres. It is located in Mason County, West Virginia. This acquisition includes America's first state-certified AI microgrid. Its power capacity is scalable to over eight gigawatts (GW). This massive energy capability underpins the entire operation.
A letter of intent has been signed with Microsoft. Nscale will provide 1.35 GW of AI compute capacity. This capacity will be housed at the Monarch AI campus. It will feature NVIDIA's next-generation Vera Rubin GPUs. Specifically, Vera Rubin NVL72 systems will be deployed. These systems follow the NVIDIA Vera Rubin DSX AI Factory reference design. This establishes the campus as a global flagship deployment.
The planned infrastructure represents a long-term commitment. It includes an initial multi-year compute services term. A long-term data center lease structure is also in place. This reflects the facility's strategic importance. It positions West Virginia as a cornerstone for future AI training and inference. The United States gains a crucial AI asset.
Nscale will construct and operate advanced AI data center infrastructure. This infrastructure will host the large-scale GPU deployment. Deployment will begin in multiple phases. The first tranche starts in late 2027. This staggered approach ensures efficient rollout. It also allows for future technological upgrades.
Global demand for data centers is surging. AI models require immense computational power. Current supply often struggles to meet this demand. Power and new capacity deployment face constraints. Industry estimates highlight this critical gap. The Monarch Compute Campus directly addresses this growing need.
Nscale’s acquisition and collaboration come at a crucial time. AI is projected to dramatically increase data center demand. Some analyses predict AI-related capacity demand could reach 156 GW by 2030. Nscale's existing capacity exceeds 1 GW. The Monarch Campus significantly amplifies this capability.
The site's expansion potential is immense. It can achieve a total power draw of 8 GW. This allows Nscale to rapidly develop power capacity. It supports one of the largest announced AI compute deployments globally. This scalability is vital for future AI advancements.
Connectivity is another key feature. The campus will provide high-speed fiber access. It links to major AI hubs across the nation. Ashburn and Chicago are prime examples. This proximity offers low latency. Minimal delays for AI workloads are assured. Fast data transfer is crucial for advanced AI operations.
Nscale has partnered with Caterpillar. This collaboration secures robust power generation. Caterpillar G3500 series natural gas generator sets will be deployed. These units will supply two gigawatts of power. This capacity will be operational by the first half of 2028. These generators will power the NVIDIA Vera Rubin DSX AI Factory design.
The G3500 series units offer a proven solution. They enable rapid power deployment. Traditional infrastructure timelines are significantly shortened. This accelerates the path from site development to live compute operations. Reliability and speed are paramount for this scale of project.
The Monarch Campus prioritizes sustainability. Power will be generated entirely on-site. The facility operates independently of the local grid. This eliminates burdens on existing utility customers. It protects ratepayers' bills from increased demand. The microgrid also enables future power export to the grid.
Nscale is actively pursuing carbon sequestration. This aims to offset emissions. West Virginia offers significant sequestration capacity. Even at full 8 GW capacity, the campus will be efficient. Its design consumes less water. It ensures no impact on municipal water supply. Residential users remain unaffected.
The project demonstrates a holistic approach. It integrates cutting-edge AI technology. It also embraces independent, scalable power solutions. Environmental responsibility guides its design. Local community benefits are also a focus. This sets a new benchmark for large-scale AI infrastructure.
The collaboration represents a significant investment in American technology. It positions the United States at the forefront of AI innovation. Secure and robust compute infrastructure is foundational. This venture aims to deliver just that. It will fuel the next wave of AI development and adoption.