Atlas Power: Butte Data Center

The Butte Data Center, developed and operated by Atlas Power, is a next-generation, high-performance computing facility located in Butte, Montana, USA. Purpose-built to support energy-intensive workloads, the site is strategically positioned to leverage Montana’s abundant, low-cost renewable and stranded energy resources, making it an ideal destination for hyperscale, AI, and high-density compute deployments. Designed with a strong emphasis on power availability, efficiency, and scalability, the Butte facility reflects Atlas Power’s mission to deliver vertically integrated infrastructure solutions that combine energy production with advanced data center operations.

⚙️ Facility Highlights

1. High-density, compute-optimized design, purpose-built for AI, HPC, and large-scale data processing workloads.
2. Direct access to abundant power resources, including renewable and underutilized energy, ensuring cost efficiency and long-term scalability.
3. Robust power infrastructure, with redundant systems and on-site energy integration to support continuous, mission-critical operations.
4. Advanced cooling architecture, designed to handle high rack densities and optimize thermal efficiency for next-generation workloads.
5. Scalable campus development model, allowing phased expansion to support hyperscale and enterprise growth.
6. Flexible deployment options, including large-scale dedicated environments tailored to high-performance computing requirements.
7. 24/7 operational support and monitoring, ensuring reliability, uptime, and performance optimization.

🔐 Security & Compliance

1. Multi-layered physical security, including perimeter protection, controlled access points, and continuous surveillance systems.
2. Strict access control protocols, incorporating badge-based and role-based authorization for secure facility entry.
3. Comprehensive fire detection and suppression systems, including early warning detection and specialized suppression technologies.
4. Designed to align with industry-standard compliance frameworks, including:
5. ISO 27001 (Information Security Management)
6. SOC 2 (Security and operational controls)
7. Secure, segregated customer environments, supporting sensitive and high-value computing workloads.

🌐 Connectivity & Carrier Access

1. Carrier-neutral design, enabling flexible interconnection with regional and national network providers.
2. Strategic inland location, offering geographic diversity and resilience for distributed infrastructure strategies.
3. High-capacity fiber connectivity, supporting low-latency data transport across major U.S. network routes.
4. Cross-connect services available for efficient interconnection between customers, carriers, and cloud platforms.
5. Cloud-ready infrastructure, supporting hybrid and multi-cloud architectures for enterprise and hyperscale users.
6. Ideal for organizations seeking energy-optimized compute infrastructure with reliable connectivity in North America.

💼 Who It Serves

1. Hyperscale and AI-driven organizations requiring large-scale, high-density compute environments.
2. Enterprises with energy-intensive workloads seeking cost-efficient and sustainable infrastructure.
3. Cloud, HPC, and data analytics providers deploying next-generation compute platforms.
4. Technology companies focused on machine learning, blockchain, and advanced processing applications.
5. Organizations implementing geographically diverse or energy-optimized data center strategies.