Key Takeaways
- 1 50-200 permanent jobs per gigawatt facility vs. 3,000+ for manufacturing
- 2 75-89% tax breaks through PILOT agreements reduce community revenue
- 3 Grid upgrades are socialized—all ratepayers fund data center infrastructure
- 4 1-2 billion gallons/year water consumption per GW facility
The Jobs Gap
Data centers are capital-intensive, not labor-intensive. A $5-10 billion facility runs largely on automation.
1 GW Facility
permanent jobs
Same Power Draw
permanent jobs
Tax Revenue Reality
Most data centers negotiate PILOT agreements—Payment in Lieu of Taxes—with steep discounts.
Electricity Rate Impacts
Data centers don't just consume power—they reshape regional electricity economics for all ratepayers.
Water Consumption
Evaporative cooling consumes enormous volumes. In water-scarce regions, this creates direct competition with agriculture.
Farmers face mandatory water restrictions while data centers receive new allocations during a decades-long drought.
Physical Impacts
Data centers transform rural landscapes. The effects are industrial, not pastoral.
Long-Term Questions
What happens if technology shifts or a facility closes? Specialized buildings don't convert easily. Communities face potential revenue cliffs.
Go Deeper
Chapters 6 and 7 of This Is Server Country examine community impacts through Saline Township, Michigan's experience with a proposed 1.4 GW complex—including water conflicts in Arizona, rate impacts in Virginia, and the gap between job promises and reality.
Learn more about the book →