HPC & AI-Ready Computing Infrastructure
Supporting AI workloads, high-density computing, and scalable digital operations
LocationMcCamey, Texas, USA
Area640 acres (Phase 1)
SectorData Centers & Digital Infrastructure
Project ModelRenewable-Powered HPC Campus
Project Overview
PacinfraX is a large-scale high-performance computing (HPC) campus in the United States developed to support artificial intelligence workloads and data-intensive digital applications.
The project integrates next-generation data center infrastructure with advanced energy systems to enable reliable, scalable and energy-efficient computing operations.
SCDC acts as the implementation partner, providing technical consulting, engineering coordination and infrastructure delivery throughout the project lifecycle.
Integrated Infrastructure Architecture
Integrated systems designed to support HPC operations, reliable energy supply and long-term scalability.
Advanced Cooling Infrastructure
Ensuring thermal stability for high-density computing and continuous HPC operations.
Renewable Energy Infrastructure
Providing on-site renewable energy integrated with the campus power system.
Battery Energy Storage Systems (BESS)
Supporting power stability, peak load management, and operational resilience.
Smart Microgrid ArchitectureSmart MicrogridArchitecture
Coordinating energy generation, storage, and distribution for reliable HPC operations.
Key Infrastructure Specifications
Core parameters defining scale, performance, and energy integration of the PacinfraX HPC campus.
Integrated Delivery Approach
Coordinated delivery approach integrating computing, power, and cooling infrastructure for large-scale HPC development.
01Computing and Infrastructure Planning
Defining computing capacity, infrastructure requirements, and system configurations for high-density HPC environments.
02Engineering Integration Across Systems
Coordinating computing infrastructure, power supply, cooling systems, and supporting utilities required for continuous HPC operations.
03Energy and Infrastructure Implementation
Implementing integrated power, cooling, and infrastructure systems to ensure stable and efficient HPC operations.
04Operational Stability and Scalability
Designing infrastructure systems to ensure operational stability, performance consistency, and scalable expansion of computing capacity.
SCDC's Role in the Project
Implementation partner coordinating digital and energy infrastructure systems across the project lifecycle.
SCDC contributes to ensuring that computing infrastructure, power systems, cooling infrastructure, and energy management technologies are developed and implemented as a unified system. This alignment is critical to maintaining performance stability, operational reliability, and scalability in high-density HPC environments.
Key Responsibilities
Act as the coordination layer across computing, power and cooling systems- Align engineering teams, consultants and project stakeholders
- Ensure integration across design, engineering and implementation stages
- Manage technical interfaces between infrastructure systems
- Support key technical decisions and infrastructure planning
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