Myth vs. Reality
When a new facility is proposed for a community, residents deserve honest, complete information. Let's look at the actual math behind the rhetoric.
The Water Reality
The total freshwater consumption of all U.S. data centers in 2023 was less than 0.5% of America's total use.
"Data centers will drain or deplete our local water supply."
A common concern fueled by misleading comparisons lacking national context.
They consume roughly 15x less water than we lose to leaky municipal pipes.
Agricultural irrigation accounts for approximately half of all U.S. freshwater, over 100 times the amount used by data centers.
Annual U.S. Freshwater Use Comparison
| Consumer | Annual Usage |
|---|---|
| Agricultural Irrigation | ~50% of total U.S. freshwater |
| Municipal Leaky Pipes (lost water) | ~3 trillion gallons per year |
| All U.S. Data Centers (2023) | ~200–580 million gallons per day (< 0.5% total) |
| Training the Largest AI Model (Grok 4) | Less than 1 sq. mile of farmland uses in a year |
Furthermore, modern data centers are increasingly designed to minimize water consumption. Many new facilities use air cooling or liquid immersion cooling systems that require little to no water, or use reclaimed wastewater rather than drawing from local freshwater supplies.
The Power Grid Reality
Data centers require significant electricity, but the narrative that they simply take power from the community without giving back is completely misleading.
"Data centers will drain our power grid and raise electricity bills for residents."
An assumption that fails to account for how modern facilities generate and store their own energy.
They increasingly build their own power and can supply the grid during peaks.
Bidirectional flow allows battery storage systems to send massive amounts of power back to the local grid during emergencies.
Behind-The-Meter Power
Modern data centers install their own solar arrays, wind turbines, battery storage systems, and small modular reactors directly at the facility site. By generating their own power, they radically reduce their burden on the local grid.
Bidirectional Power Flow
Because data centers invest heavily in large-scale battery storage, they store excess power during low demand, and supply that stored electricity back to the grid during severe weather or peak demand, acting as a massive grid stabilizer.