Virginia residents have seen their electricity bills rise by $37.50 per month. The cause? Data center expansion driven largely by AI workloads. This is the hidden subsidy of the AI revolution—grid infrastructure costs socialized onto consumers regardless of whether they use AI.
The Consumer Cost dimension of infrastructure economics reveals an uncomfortable truth: AI’s growth is not economically neutral. Someone pays for the power plants, transmission lines, and grid upgrades that AI data centers require.
The Numbers:
- Virginia: +$37.50/month average residential increase
- National: +4.8% average residential rates since 2021
- Data centers now consume 4%+ of US electricity
- Projected to reach 8%+ by 2030
Why This Matters Strategically:
The socialization of AI infrastructure costs creates political risk. As electricity bills rise and the connection to AI becomes clearer, expect regulatory scrutiny. Data center tax incentives are already being challenged in multiple states.
For AI companies, this means infrastructure costs may not remain externalized forever. Building efficiency advantages now—through better chips, optimized models, or innovative cooling—creates a moat against future cost internalization.
For consumers and policymakers, the question becomes: who should pay for AI’s infrastructure? The current answer—everyone—may not be sustainable.
This analysis examines the consumer cost dimension of The Business Engineer’s Infrastructure Economics framework. Read the full analysis: The Economics of an AI Prompt →









