Trump is talking with Senate’s Thune about bill to cut data-center electricity costs

Trump said he is discussing with Senate Majority Leader John Thune a bill intended to prevent households from bearing electricity-cost increases tied to data-center expansion. The House passed the Ratepayer Protection Act 417-3, but an effort to fast-track it in the Senate failed after Democratic Senator Martin Heinrich objected that its state and developer commitments were too voluntary. The policy debate highlights mounting political risk around AI data centers' power demand; only 11% of Americans support an AI data center in their community, according to a University of Massachusetts Amherst poll.

Analysis

The investable issue is not aggregate grid capex but cost allocation. Utilities such as AEP, DUK, SO and PPL can retain rate-base growth if regulators permit dedicated data-center tariffs, while avoiding the political risk of residential-rate disallowances; their equity upside is therefore tied to preserving authorized ROE rather than simply adding load. Merchant generators CEG, VST and NRG are better positioned near-term because incremental load tightens local capacity and power markets, but their gains are vulnerable if special tariffs induce developers to self-build generation or relocate projects.

The underappreciated loser is the intermediary data-center model: EQIX, DLR and smaller powered-land developers have less purchasing power than MSFT, AMZN, GOOGL and META and may be squeezed between higher utility interconnection charges and fixed customer pricing. Grid suppliers ETN, PWR, HUBB and GEV should still see equipment demand over 6-18 months, but a mandated cost shift could delay project starts while developers renegotiate utility-service agreements; order timing, not end-demand, is the key risk.

Over the next days, headlines are unlikely to change earnings estimates because implementation remains state- and docket-specific. The 1-3 month catalyst is evidence that major PUCs adopt enforceable large-load tariffs with minimum-demand commitments, collateral requirements and stranded-asset protections; this would de-risk regulated utilities and raise the delivered-power cost of data-center capacity. The thesis fails if states exempt strategic projects, utility commissions allow broad socialization of upgrades, or hyperscalers accelerate behind-the-meter generation and bypass grid demand growth.

Key Decisions for Investors

• Initiate a 3-6 month pair: long AEP and DUK / short EQIX, sized beta-neutral. The expected payoff is a regulatory de-risking premium for utilities versus pressure on colocation lease spreads; exit if major PUC proposals explicitly socialize interconnection costs or EQIX demonstrates full pass-through in new bookings.
• Maintain an overweight in CEG versus diversified utility ETFs (XLU) for the next 1-3 months, but use a 10-12% downside stop. Tight regional capacity prices and contracted clean-power demand support earnings sensitivity, while an adverse special-tariff regime or incremental nuclear-policy intervention would cap the upside.
• Do not chase ETN, PWR, HUBB or GEV on legislative headlines. Add only after quarterly bookings show data-center-related backlog converting without lengthening project lead times; delayed interconnection agreements would make current capex expectations vulnerable despite intact long-run grid demand.
• Set an alert around state utility commission filings in Virginia, Texas, Ohio and Pennsylvania. A tariff requiring minimum-load commitments and customer-funded network upgrades is a buy signal for local regulated utilities and a negative read-through for DLR/EQIX development returns; voluntary commitments alone are not sufficient.