Core Scientific: Calvert 1 Data Center

The Calvert 1 Data Center, operated by Core Scientific, is a high-density, large-scale facility located in Calvert City, Kentucky. As part of Core Scientific’s Calvert campus (Calvert 1, 2, and 3), the site is strategically positioned near key industrial infrastructure and major transportation routes, enabling efficient access to power and connectivity. Originally developed through the transformation of a former industrial site, the facility reflects a modern approach to repurposing infrastructure for advanced digital workloads. Purpose-built for high-performance computing, blockchain, and AI-driven applications, Calvert 1 delivers scalable, energy-efficient capacity within a stable and cost-effective U.S. market.

⚙️ Facility Highlights

1. High-density infrastructure, engineered to support compute-intensive workloads such as blockchain, AI, and HPC environments.
2. Large-scale power availability, forming part of a campus with over 100–150 MW capacity, enabling hyperscale and enterprise deployments.
3. Purpose-built design, with thermodynamically optimized buildings for efficient temperature management and performance.
4. Redundant electrical systems, including industrial-grade power supply partnerships with regional utilities for reliable operations.
5. Adaptive reuse of industrial infrastructure, enhancing efficiency while supporting large-scale compute environments.
6. Modular and scalable deployment model, allowing rapid expansion of IT load and infrastructure capacity.
7. 24/7 operational monitoring and support, ensuring continuous uptime and system performance.

🔐 Security & Compliance

1. Secured campus environment, including perimeter fencing and gated access controls.
2. Multi-layer physical security, with controlled entry points and monitored operational zones.
3. CCTV surveillance systems, providing continuous monitoring across the facility.
4. Strict access management protocols, limiting entry to authorized personnel only.
5. Fire detection and suppression systems, designed to protect high-density compute infrastructure.
6. Built to align with industry-standard operational and security best practices for large-scale data environments.

🌐 Connectivity & Carrier Access

1. High-speed connectivity infrastructure, supporting low-latency data transmission across regional and national networks.
2. Strategic location near key network and industrial corridors, enabling efficient data transport and interconnection.
3. Designed for high-throughput workloads, supporting large-scale data processing and compute clusters.
4. Cross-connect capabilities, enabling integration between customers, partners, and network providers.
5. Infrastructure optimized for AI, blockchain, and cloud-adjacent deployments requiring high bandwidth and reliability.
6. Suitable for organizations requiring resilient connectivity paired with large-scale power availability.

💼 Who It Serves

1. Hyperscale and high-performance computing operators requiring large-scale, high-density environments.
2. Blockchain and digital asset infrastructure providers deploying compute-intensive platforms.
3. AI and machine learning organizations requiring scalable, power-intensive infrastructure.
4. Cloud and infrastructure providers expanding capacity in cost-efficient U.S. markets.
5. Enterprises with advanced data processing, analytics, and distributed compute requirements.