"Bring Your Own Power, Water Plan, and Community Deal"

U.S. mayors are openly revolting against datacenter development, with Phoenix Mayor Kate Gallego warning that approving every requesting facility would spike electricity demand to 19,000 MW, more than double Arizona's grid record peak. The France 24 report details a political inflection point: xAI's Memphis facility running gas turbines without permits, utilities in Chattanooga and Sunnyvale refusing to guarantee capacity, and an NBC News poll showing 57% of voters believe AI risks outweigh benefits. Mayors with permitting authority are signaling they will slow projects down unless developers demonstrate credible community benefit and infrastructure planning.

The mayoral pushback connects to a broader wave. Sen. Bernie Sanders called for a national construction moratorium. Over 230 organizations signed a Food & Water Watch letter to Congress demanding the same. Municipal-level rejections have landed in Chandler, Arizona and Leesburg, Indiana. Anti-datacenter candidates won local elections in Loudoun County, Virginia.

Wisconsin illustrates the legislative paralysis this creates. Republicans and Democrats each introduced datacenter regulation bills, but neither can pass: the GOP bill's on-site renewable mandate would effectively force fossil fuel dependence, while Democrats' 70% renewable requirement and prevailing wage provisions are non-starters for the Republican legislature. Gov. Tony Evers won't sign the Republican version. Result: no framework at all.

Developers who get community engagement right before the first permit application will separate themselves from operators running turbines without permits. Those who don't will hand ammunition to politicians already looking for reasons to say no. Benefit-sharing models, transparent water plans, and local hiring commitments are the differentiators.

xAI's Memphis Colossus consumes 3 million gallons daily for cooling but draws zero from potable supplies, instead tapping treated wastewater from an adjacent industrial park. Amazon already uses recycled water at 20 U.S. locations. Google cools roughly a quarter of its campuses with reclaimed or non-potable water.

The numbers frame why this matters: Bloomberg found more than 7 in 10 new datacenter projects built or proposed since 2022 sit in water-stressed communities. BloombergNEF projects datacenters will require up to 720 billion gallons annually by 2028. In Ohio, Canton's water department flagged $3.7 million in costs just to extend service to DAMAC's 277-acre site, with no funding mechanism agreed.

Meanwhile, Bridge Data Centres built Malaysia's first large-scale water treatment plant to support a 400 MW campus, converting effluent into cooling-grade water via membrane bioreactor and reverse osmosis systems.

Bottom line: developers who design wastewater partnerships into site selection from day one will unlock permitting pathways that potable-dependent competitors can't access. The risk runs the other way too: projects that show up demanding millions of gallons from stressed municipal systems will face the kind of opposition now visible in Memphis, Phoenix, and Canton.

JLL's 2026 outlook projects 97 GW of new datacenter capacity globally by 2030, with grid interconnection queues exceeding four years in primary markets. Construction costs are climbing 7% annually, hitting $11.3 million per MW.

A podcast discussion from S&P Global Energy flagged that U.S. gas turbine orders hit 43 GW in 2025, matching early-2000s peaks, but combined cycle construction costs have effectively doubled and turbine backlogs stretch five years. Natural gas fuel cells are emerging as a gap-filler for hyperscalers willing to pay premiums.

JLL specifically names Texas and Ireland as markets where "bring your own power" mandates are forcing operators to become energy developers. Vistra's positioning reflects this: 1,200 MW to AWS from Comanche Peak, 2,600 MW to Meta from three nuclear plants, plus a $4 billion Cogentrix acquisition adding 5,500 MW of gas capacity.

The risk for Texas: ERCOT's interconnection constraints and transmission bottlenecks could erode the state's cost advantage if self-generation permitting doesn't keep pace with demand. Operators banking on grid connections alone face multi-year delays.

Texas Spotlight: QTS Expands in DFW While Competitors Exit Texas for Canada

QTS filed expansion plans for its Wilmer campus in the Dallas-Fort Worth area, part of an aggressive multi-state push that includes 12 million sq ft targeted in Blakely, Georgia and ongoing builds in Fayetteville and Augusta. Atlanta has emerged as a Tier 1 market with DRI applications for more than a dozen campuses.

Contrast that with HIVE Digital Technologies, a San Antonio-based company executing its AI compute growth in Manitoba and British Columbia rather than Texas, scaling from 4 MW to 16.6 MW of liquid-cooled GPU capacity through a Bell Canada partnership. Executive Chairman Frank Holmes framed it as "sovereign AI compute," but the siting decision signals that Canadian power availability and regulatory speed are winning deals Texas could have captured.

Bottom line: Texas remains a top-tier market, but the QTS and HIVE stories together illustrate a divergence. Operators with existing Texas footprints are expanding; newcomers are comparison-shopping. Power interconnection timelines and water availability will determine which category grows faster. Watch QTS's Wilmer filings for power procurement and interconnection details.