CoreWeave Project Horizon AI Campus: 2GW West Texas Hyperscale Data Center

Status: Under Construction / Site Preparation (Phase 1)   |   Location: Permian Basin Energy Corridor, West Texas, TX, United States


Project Overview

CoreWeave Project Horizon is a flagship 2.0 GW AI hyperscale data center campus planned across approximately 568 acres in West Texas, representing a major purpose-built development designed to accommodate the rapidly expanding infrastructure requirements of advanced artificial intelligence and high-performance computing. Developed in partnership with AI software company Poolside, the campus positions CoreWeave as the operational partner and primary anchor tenant under a 15-year master lease agreement, providing a long-term foundation for the deployment and expansion of large-scale AI computing capacity. Unlike conventional hyperscale facilities designed for a broad range of cloud workloads, Project Horizon is engineered specifically around the demanding power, cooling, networking, and compute requirements of large language model (LLM) training, AI inference, and autonomous AI agent execution. The initial deployment is planned to include more than 40,000 NVIDIA GB300 NVL72 architectures, creating an exceptionally dense computing environment capable of supporting advanced AI workloads at massive scale. The campus is designed for continuous expansion, allowing additional computing capacity to be deployed as demand for AI infrastructure increases. A key element of the development strategy is the use of off-site prefabricated, factory-integrated modules, enabling major portions of the electrical and mechanical infrastructure to be manufactured and assembled in controlled environments before being transported to the site. This modular approach can shorten construction timelines, improve deployment consistency, and support rapid capacity expansion across the campus. Project Horizon also incorporates behind-the-meter energy infrastructure, reducing reliance on conventional utility transmission systems and providing a dedicated power architecture for energy-intensive AI workloads. The combination of substantial planned power capacity, high-density NVIDIA accelerator deployments, modular construction, and dedicated energy infrastructure positions the project as a next-generation AI factory rather than a traditional data center. By integrating computing, power, cooling, and deployment systems around AI-specific requirements, CoreWeave Project Horizon represents the growing shift toward hyperscale facilities purpose-built to support the enormous computational demands of large-scale AI model development and deployment.


Quick Facts

FieldValue
Project NameCoreWeave Project Horizon AI Campus: 2GW West Texas Hyperscale Data Center
LocationPermian Basin Energy Corridor, West Texas, TX, United States
StatusUnder Construction / Site Preparation (Phase 1)
CommissioningDecember 2025 – 2026 Phase 1 Energization / Multi-Year Expansion
Total IT Load2,000.0 MW (2.0 GW Total Master-Planned IT Power Load)
Total Capacity568-acre master campus footprint across 8 pre-fabricated modular data center phases
Tier LevelTier IV / Concurrently Maintainable High-Density Architecture
Project TypePurpose-Built Master-Planned Hyperscale AI Training & Inference Campus

City Profile

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City NameTexas
Population~30.5 million (2025 est.)
Urban Agglomeration~27–28 million (major metro clusters combined)
City GDP~$2.4 trillion (2024 est., comparable to G7 economies)
Per Capita Income~$78,000
City TierTier 1 (Global Economic Powerhouse)
Key StrengthsEnergy (oil, gas, renewables), Data Centers & AI Infrastructure, Technology (Austin hub), Logistics & Trade (US–Mexico corridor), Manufacturing, Business-friendly policies, Large land & power availability

Companies Involved

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Developer / Operator CoreWeave, Inc.
Strategic Infrastructure Partner Local West Texas Energy & Gas Utility Partners, ERCOT Regional Power Operators, NVIDIA
Construction Contractor Specialized U.S. Mission-Critical Hyperscale EPCs & Modular Data Center Fabricators
MEP Engineering CoreWeave Mission-Critical Engineering & Ultra-High-Density Cooling Specialists
Network Connectivity Dual-path long-haul subterranean optical dark fiber backbones linking the Permian site directly to major internet exchange hubs in Dallas-Fort Worth, Austin, and national cloud routing centers.
Power Infrastructure Behind-the-meter energy model leveraging direct-tap Permian Basin natural gas via aero-derivative combustion gas turbines with Selective Catalytic Reduction (SCR) emission controls, utility grid interconnects, and utility-scale battery energy storage systems (BESS) for real-time load balancing.

Technical Specifications

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Power Capacity2,500.0 MW (2.5 GW Gross Power Capacity Allocation across eight 250 MW phases)
UPS Redundancy2N / Static N+1 High-Density UPS Modules with On-Site BESS Integration
Cooling System Closed-loop Direct-to-Chip Liquid Cooling (DLC) architectures designed for high-density NVIDIA Blackwell NVL72 racks, backed by water-efficient closed-loop dry cooler heat rejection systems.
Connectivity Ultra-high-bandwidth, low-latency dark fiber interconnects with non-blocking 3,200 Gbps NVIDIA Quantum InfiniBand fabric per compute node.
PUE Target < 1.15 Annualized Operational Design PUE
Energy Mix On-site aero-derivative gas turbine generation combined with grid power and BESS storage options, with long-term potential for regional renewable integration.

Milestones

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Announcement Q4 2025
Construction Start Late 2025
Phase 1 Go-Live Target December 2025 – Q1 2026 (250 MW Initial Phase)
Full Buildout 8-Phase Continuous Rollout over 3–5 Years (Scaling to 2.0 GW)

Investment Details

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Total InvestmentMulti-Billion USD (Anchor Phase 1 initial capital outlay estimated $3.5B+)
Funding Corporate Capital Expenditure & Infrastructure Debt Facilities (CoreWeave / Magnetar / Blackstone)

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