Datacenter developers want your backyard. FAS says negotiate harder

The Federation of American Scientists urged local governments to strengthen negotiations with AI datacenter developers, including limiting tax exemptions and incentives to terms renegotiable after five years. The report highlights that some states forgo more than $1 billion annually through datacenter tax abatements and rebates, while calling for enforceable commitments on power demand, water use, noise, e-waste and decommissioning. Greater scrutiny could raise compliance, infrastructure and incentive costs for datacenter operators, including hyperscalers, although the recommendations are not binding policy.

Analysis

The investable implication is a gradual repricing of data-center project IRRs rather than an immediate demand shock. More onerous permitting, utility interconnection conditions, water mitigation, and community payments can add both upfront capex and 6-18 month schedule risk; this matters most for hyperscalers with aggressive capacity targets (MSFT, AMZN, GOOGL, META) and for landlords whose valuation assumes rapid lease-up (DLR, EQIX). Developers with standardized campus designs face less unit-cost pressure than smaller, single-market operators, but they are more exposed to cumulative delays across constrained power markets.

The second-order beneficiary is the electrical-infrastructure stack: VRT, ETN, HUBB and GEV gain when grid upgrades, on-site generation, redundancy and monitoring requirements become contractual prerequisites rather than discretionary spend. Utilities are not uniformly long-term winners: CEG, VST and NRG can monetize incremental load where they own dispatchable capacity, while regulated utilities may face political pressure to socialize network upgrades or impose curtailment provisions that reduce the certainty of large-load revenues.

Consensus is likely too focused on AI power demand and too little on the conversion rate from announced campuses to energized capacity. The key 1-3 month signal is not policy rhetoric but whether major projects begin disclosing revised in-service dates, customer-funded interconnection costs, or lower tax-incentive assumptions. The thesis is falsified if states preempt local bargaining, interconnection queues clear faster than expected, or hyperscalers absorb added costs without slowing capex guidance; in that case, the equipment complex remains the cleaner exposure.

Key Decisions for Investors

• Maintain a 6-12 month overweight in VRT and ETN versus DLR and EQIX: contractually required power, cooling and electrical upgrades should capture a larger share of project spend, while data-center REITs carry greater timing risk on energization and occupancy. Reassess if VRT/ETN book-to-bill weakens for two consecutive quarters or DLR/EQIX report accelerating signed-but-not-commenced lease conversion.
• Use a relative-value basket long CEG and VST / short a diversified regulated-utility proxy (XLU) over 3-6 months only after confirmation of customer-funded interconnection agreements. The upside comes from scarce firm power pricing; exit if demand-response or curtailment obligations become material in new large-load contracts, which would impair realized load factors.
• Do not add directional shorts in AMZN, MSFT, GOOGL or META on this signal alone. Instead, set an earnings-season alert for any reduction in 2026 capex, increase in data-center construction lead times, or disclosure of water/power remediation costs; a confirmed guidance reset would favor a 1-3 month short basket in the most capacity-intensive hyperscalers versus long VRT.
• Avoid underwriting announced data-center projects at face value in constrained markets until the developer discloses an executed power supply and interconnection agreement. For public-market exposure, favor suppliers with backlog tied to energized projects rather than land banks or speculative development pipelines.