The Interconnection Queue Is the AI Infrastructure Bottleneck That Policy Is Now Urgently Addressing
The scale of the interconnection queue problem confronting US grid operators is visible in the data that FERC's show cause orders are designed to address. Utilities received requests for at least 700 gigawatts of new power connections in 2025 alone — more than the entire United States consumed across all sectors in 2023. The majority of these requests will not be built, as developers file speculative interconnection requests at multiple sites to preserve optionality, but utilities cannot easily distinguish real demand from phantom demand at the planning stage, and the cost of building generation, transmission, and substation capacity to accommodate even a fraction of these requests is recovered through rate cases that ultimately land on residential and commercial ratepayers. The PJM Interconnection capacity auction's 833 percent price increase for the 2025-2026 delivery year, directly attributable to data center demand outpacing generation additions in the mid-Atlantic region, is the wholesale market signal that regulators in Texas, Georgia, Arizona, and Ohio are now studying as evidence of the financial consequences of queue management frameworks that were designed for a slower-moving demand environment.
Virginia's response to data center concentration — the creation of a GS-5 rate class requiring large data center customers consuming over 25 megawatts to pay for at least 85 percent of their contracted distribution and transmission demand — is the most advanced example of a state regulatory framework attempting to make data center operators internalise the grid upgrade costs their demand generates rather than socialising those costs across the general ratepayer base. FERC's show cause orders create the federal regulatory pressure for all six regional grid operators to develop comparable frameworks, which would establish the first national precedent for how AI infrastructure electricity costs are allocated between the operators generating the demand and the ratepayer base that has historically absorbed grid infrastructure costs through bundled rate structures. For data center operators, the shift from socialised to direct cost responsibility for grid upgrades represents a meaningful increase in the total cost of ownership for AI infrastructure sites — an increase that is already visible in the site selection criteria of hyperscalers who are evaluating markets partially on the basis of their interconnection availability, timeline certainty, and power cost structures.
The SPR Depletion Is the Energy Security Variable the Oil Price Recovery Does Not Resolve
Brent crude at 73.74 dollars per barrel provides genuine relief to energy-intensive industries, households, and the Federal Reserve's inflation calculus — but it does not address the Strategic Petroleum Reserve's depletion to its lowest level since 1983, which represents a structural reduction in the US government's capacity to buffer the next supply disruption. The SPR's function as an emergency buffer is most valuable precisely when oil prices are elevated by a supply shock — which means the buffer's current inadequacy is most consequential exactly when it would be most needed. The DOE's historical refill purchase pace suggests that rebuilding the reserve to a level consistent with its statutory adequacy standards would require multiple years of sustained purchasing even at current depressed prices, creating a multi-year vulnerability window regardless of how the current Hormuz negotiation resolves.
European energy security is navigating a parallel but differently structured challenge. European natural gas storage levels, rebuilt after the 2022 Russia supply disruption, are providing a buffer against demand volatility, but the EU's REPowerEU investment programme's renewable energy buildout — which is delivering capacity additions at record rates in Germany, Spain, and the Netherlands — is creating balancing and storage requirements that the grid infrastructure has not kept pace with. The variability of wind and solar output at the penetration levels that multiple EU member states have now achieved requires flexible backup capacity, demand response infrastructure, and cross-border grid interconnection at scales that the current European grid simply does not provide. The energy storage investment wave that is following the renewable buildout — grid-scale battery installations across the UK, Germany, and Spain are all at record deployment rates in 2026 — is the necessary infrastructure complement that determines whether the renewable capacity additions deliver reliable baseload-equivalent power or create the grid stability challenges that intermittent generation at high penetration rates produces without adequate storage and balancing infrastructure.
The natural gas sector's role in the energy transition is being redefined in both the US and Europe by the competing demands of decarbonisation commitments and energy security requirements. US liquefied natural gas export capacity — which expanded significantly following the 2022 European energy security demand surge after Russia's Ukraine invasion — is operating at near-full utilisation as European buyers continue to prefer US LNG over Russian pipeline gas regardless of the marginal cost premium. The Biden administration's temporary pause on new LNG export terminal approvals, which was reversed by the Trump administration, created a capital investment hiatus in new US LNG export capacity that is now resolving with multiple new terminal projects in advanced permitting stages. For European utilities and energy traders who have been building US LNG supply into their long-term procurement plans as a Russian supply substitute, the new capacity additions provide supply diversification that reduces the concentration risk of the current near-full-utilisation scenario, where any disruption to existing US export capacity creates an immediate European supply tightness.
AI Power Demand Is the US Grid's Defining Challenge for the Next Decade: The Hormuz reopening resolves the acute energy cost crisis. The AI data center power demand growth does not resolve itself — it compounds. FERC's show cause orders are the first serious federal acknowledgement that the current interconnection framework cannot accommodate the AI infrastructure buildout at the speed the economy requires. The organisations that have already secured grid connections are holding a multi-year competitive advantage that money alone cannot immediately purchase.