Electricity Prices and AI Infrastructure
AI requires computing infrastructure, and computing infrastructure requires power. Large-scale AI training and inference run on data centers that consume significant electricity. Understanding electricity prices helps explain the economics of AI infrastructure and why location matters.
Why Electricity Prices Matter for AI
Electricity is an operating-cost input for large-scale computing and data centers. Higher electricity prices increase the cost of running AI workloads; lower prices reduce it. Operators making siting and expansion decisions often consider electricity costs alongside other factors such as grid reliability and cooling requirements.
Why State-Level Electricity Prices Matter
Electricity prices vary by state. Generation mix, transmission costs, regulations, and demand all contribute to these differences. States with lower average rates can be more attractive for power-intensive operations; states with higher rates may face different economic tradeoffs. Our state-by-state data helps explain these variations.
National Context
The national average residential electricity rate is 17.57 ¢/kWh. At 900 kWh per month—a common residential usage level—that translates to an estimated bill of about $158.13. Electricity prices vary widely by state: Hawaii has the highest average rate at 41.30¢/kWh, while Idaho has the lowest at 11.74¢/kWh. See our electricity cost by state and rankings for detailed data.
Related Pages
- Electricity Price Trends — National trends and inflation
- National Electricity Insights — Price conditions, affordability, inflation
- Electricity Inflation — How prices have changed over time
- Electricity Cost by State — Compare rates and costs
- Datasets — Download electricity price data