AEP locks in 13 GW of gas turbines as US utilities race to beat 2031 deployment deadlines
Turbine procurement is accelerating across the US power sector as data center demand strains interconnection queues and utilities secure supply years ahead of need.
American Electric Power secured 3 GW of gas turbine capacity in the second quarter of 2026, bringing its total turbine supply deployable by 2031 to roughly 13 GW, CEO Bill Fehrman said on a quarterly earnings call on Thursday (2026-07-30). AEP has also secured options for additional turbines beyond that figure.5
Turbine procurement at that scale is the clearest signal utilities can send about fuel-burn expectations. AEP's 13 GW of secured capacity represents a multi-year construction program that will translate into sustained gas demand once units enter commercial service — with turbines now being ordered years ahead of need rather than months.5
Evergy has signed 3 GW of large load customers and built a 5 GW generation pipeline to serve them, the Kansas City-based utility confirmed earlier in August (2026-08-12 data from powermag.com, published 2026-06-04). US power providers are scrambling to connect data centers and industrial facilities before interconnection queues stretch beyond the decade.2
The interconnection queue is where the bottleneck shows up most clearly. PJM's first reformed queue cycle drew 811 projects totaling 220 GW of proposed capacity, according to analysis of the tool used for that process. That flood of proposed generation, much of it speculative, has forced utilities to think differently about how they secure supply.2
NERC's Summer Reliability Assessment, published on Wednesday (2026-06-03), flagged large computational loads as an operational challenge for the upcoming summer, noting that recent unexpected disconnections underscore the need for better visibility into data center consumption patterns. The report is not a forecast of managed shortage, but it marks the grid operator's first explicit acknowledgment that data center load is moving fast enough to complicate seasonal planning.1
Google's own procurement illustrates how large customers are adapting. The company has contracted more than 22 GW of clean energy since 2010. Its more recent deals include a Capacity Commitment Framework embedded in Missouri Public Service Commission-approved tariffs through partnerships with Ameren and Evergy, and a Clean Transition Tariff in Nevada supporting 115 MW of enhanced geothermal.2
Google has also reached 1 GW of demand response capacity under long-term contracts with I&M, the Tennessee Valley Authority, Entergy Arkansas, Minnesota Power and DTE Energy, allowing it to curtail or shift compute workloads during peak periods. That portfolio approach — mixing supply contracts with load flexibility — is becoming the template for how large customers navigate queue constraints.2
The supply side is shifting too. Solar PV is the leading type of new resource added to the US bulk power system, with 30.5 GW of nameplate additions contributing 16.4 GW of capacity at peak demand, and over 16 GW of nameplate battery storage has been added to the grid, NERC data show. Sixteen of 23 assessment areas have increased available capacity for the upcoming summer.1
Gas remains the dispatchable backstop. Winter event experience shows storage and gas-fired generation working in tandem: storage provided 30% of total US gas demand over a 10-day stretch during a recent cold snap, with a 360 Bcf draw for the week ending in January. Lower-48 production dipped about 13% at its low point but recovered quickly — a smaller decline than in Winter Storm Uri (2021) or Elliott (2022) — while Canadian imports reached 11.1 Bcf per day.3
Not everyone is convinced that large-load pipeline commitments convert reliably into operating projects. Australia's committed renewable queue stood at 7,354 MW as of the Clean Energy Regulator's December quarter 2025 market review, below the 2022 peak of around 8,000 MW, even though the probable pipeline is now four times larger. The divergence between probable and committed capacity is a reminder that announced deals and signed tariffs are not the same as operating megawatts.4
The gap between AEP's 13 GW of secured turbine capacity and actual gas burn is where execution risk concentrates. Fehrman's comments position generation as central to the company's growth plans, but turbine manufacturers have their own supply constraints, and utilities have a habit of pushing back in-service dates when supply chains tighten. Quarterly earnings calls through the rest of 2026 will be the place to track turbine delivery schedules and any slippage in data center connection dates.5