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Trends & Analysis

Key findings from analyzing 600+ projects

Investment Growth Trajectory

Period Investment Projects
2010-2020 $48.6B 150+
2021-2022 $57.8B 100+
2023 $29.0B 60+
2024 $276B 150+
2025 (announced) $616B 200+

What's Driving Growth

  • AI demand acceleration - ChatGPT and generative AI driving unprecedented compute needs
  • Private equity capital deployment - Patient capital enabling gigawatt-scale projects
  • National security prioritization - Domestic AI infrastructure as strategic imperative
  • Hyperscaler expansion - Big Tech racing to build AI training and inference capacity

Geographic Shifts

Traditional Hubs

Northern Virginia
Saturating, grid constraints emerging. New projects face 5-8 year interconnection queues.
Oregon/Washington
Continued growth leveraging hydroelectric power and cooling climate.
Texas
Rapid expansion despite reliability concerns. ERCOT fast-track process attracts projects.

Emerging Markets

Pennsylvania
Former coal region transformation. Natural gas access and transmission capacity attract $125B+.
Kansas/Nebraska
Mega-project destinations leveraging wind energy and central location.
New Mexico
Stargate Initiative anchor. $167B+ in announced projects transform state economy.

Key Insight: Transmission corridor access driving location decisions more than traditional factors (labor, taxes).

Project Characteristics

Scale Trends

  • Average project size increasing year over year
  • More gigawatt-scale announcements (46 projects ≥1 GW)
  • Mega-project dominance reshaping market dynamics

Purpose Evolution

  • AI/ML projects growing as share of total (23.2%)
  • Hyperscale vs. colocation mix shifting toward hyperscale
  • Edge computing growth modest relative to predictions

Risk Factors

Identified Risks

  • Interconnection queue backlogs (5-8 year delays)
  • Power generation adequacy
  • Water availability in arid regions
  • Policy and regulatory uncertainty
  • Technology obsolescence risk

Market Risks

  • AI demand plateau scenarios - What if generative AI adoption slows?
  • Interest rate sensitivity - Higher capital costs impact project economics
  • Competition from alternative locations - International projects could reshape market

Key Findings Summary

1

Power is the constraint

Transmission capacity determines location more than any other factor. Data centers go where power is available, not where labor or incentives are most attractive.

2

Scale is unprecedented

$1T+ represents largest private infrastructure buildout in US history. More capital deployed than interstate highway system, adjusted for inflation.

3

Geographic shift underway

Away from saturated markets toward power-rich regions. Northern Virginia hits grid constraints while Pennsylvania, Kansas, and New Mexico attract mega-projects.

4

Private equity dominance

Patient capital enabling mega-project structures. Blackstone, DigitalBridge, and sovereign wealth funds deploying tens of billions into long-term infrastructure plays.

5

Policy fragmentation

No coherent national framework for gigawatt-scale facilities. Each state, utility, and township negotiates independently with limited technical capacity.

Data Downloads

Download analysis CSV files for further research:

Investment by State
State-level investment totals and project counts
Power by State
State-level power capacity planning data
Project Status Distribution
Breakdown of operational, construction, and planned projects
Top 50 Projects by Investment
Largest projects ranked by announced investment
Top 50 Projects by Power
Largest projects ranked by power capacity
Top Sponsors
Leading investors and project sponsors