Data centers can be a real economic boon for towns that need a new tax base, but they also bring heavy demands on power, water, and local infrastructure. The biggest tradeoff is that a town may gain tax revenue and construction jobs while also taking on long-term utility and environmental costs.wri+1
Property and tax revenue can rise quickly if the project is large and the local tax deal is favorable.wri
Construction creates short-term work for contractors, electricians, utility crews, and suppliers.wri
Some towns also see improved roads, fiber infrastructure, or substation upgrades tied to the project.wri
A data center can diversify a town’s tax base if the local economy is too dependent on one or two industries.wri
Data centers often create relatively few permanent jobs compared with the amount of land, power, and tax incentives they require.wri
If a town gives away too many tax breaks, the public may not get much net benefit.wri
They can increase traffic, noise from backup generators and cooling systems, and demand for emergency planning.wri
Nearby residents may worry about secrecy, land use, and whether the project fits the community.wri
Data centers are power-hungry, and their electricity demand is expected to keep rising sharply as AI use grows. One recent report said global data centers used 448 trillion watt-hours of electricity last year and could reach 935 trillion watt-hours by 2030, nearly 3% of projected world electricity use.bostonglobe
For a town or region, that can mean higher strain on the grid, the need for new substations or transmission upgrades, and pressure that can spill over into higher costs for everyone if utility spending is shared broadly.consumerreports+1
Water use is the other major issue, especially in places already under drought stress. Data centers use water directly for cooling, and indirectly through the power plants that supply their electricity.ceres
One report found that water use associated with data center electricity consumption could rise from 2.9 billion gallons to more than 14.5 billion gallons annually, while direct cooling water use could climb from 385 million gallons to over 3.7 billion gallons.ceres
How many permanent jobs will there actually be after construction?
What exact tax revenue will the town receive after abatements or incentives?
Who pays for grid upgrades, water hookups, and road improvements?
Will the facility use municipal water, wells, reclaimed water, or air cooling?
What protections exist if electricity demand or water use becomes a burden?
A data center makes sense for a town mainly when the tax deal is strong, the utility costs are covered fairly, and the project does not overburden local water or electricity systems. The best outcomes usually happen when officials negotiate hard on taxes, utility upgrades, water limits, and transparency before approval.wri+1