PPL and Blackstone's Invitium Locks Up 5 GW of Gas Turbines for Pennsylvania Data Centers
Turbine manufacturers cannot build fast enough to meet demand, putting delivery timelines at the center of every gigawatt-scale power deal.
PPL Corp.'s joint venture with Blackstone Infrastructure secured 5 gigawatts of gas turbine capacity for data center supply in Pennsylvania, with CEO Vincent Sorgi telling analysts on Friday (2026-08-07) that Invitium Energy will likely announce at least one power supply deal with a data center operator before year-end. The venture, formed last year by PPL and Blackstone to build and operate generation outside the regulated utility framework, is moving to close that deal as surging turbine demand strains manufacturers across the supply chain.7
Turbine availability is now the binding constraint. Global gas turbine orders hit a record in the second quarter of 2026, reaching 38 GW — 29% above first-quarter levels — according to JP Morgan. Wood Mackenzie warned earlier this year that turbine prices could rise 195% by 2027, reaching $600 per kilowatt as a supply squeeze tightens. One turbine maker's chief executive acknowledged the company was targeting a 30% production capacity increase and conceded even that would fall short of demand.8,3
The IEA, as quoted by the Financial Times, estimated U.S. companies placed orders for around 20 GW of gas turbine capacity in the first quarter of 2026 alone, representing roughly 40% of global order volume over that period. Total U.S. spending on coal and gas generation this year is projected at approximately $50 billion — the first time in decades that American investment in those fuels would exceed China's, with the IEA putting the gap at $3 billion. These are IEA estimates attributed through the Financial Times, not independently verified figures.3
The Invitium model reflects a shift in how large power users are attempting to circumvent grid interconnection queues that stretch years into the future. Rather than waiting for regulated utilities to add capacity, hyperscalers and their infrastructure partners are moving toward dedicated, behind-the-meter or adjacent generation — privately financed, gas-fired, and sized in the gigawatt range. Chevron and Engine No. 1 signed a 20-year contract in June 2026 to supply 2.67 GW of natural gas generation to a Microsoft data center in West Texas under a project called Kilby, with ambitions to enable up to 4 GW total.2
Regulated utilities are racing to keep pace on their own customer bases. FirstEnergy reported on Wednesday (2026-07-29) that its utilities held contracts to serve 6.4 GW of data center load by 2035, a 50% jump from the first quarter, with CEO Brian Tierney saying another 1.5 GW of deals were expected to close within two weeks of that earnings call. The grid-connected route is not being abandoned — it is running in parallel with the off-grid push.5
Whether parallel tracks add up to enough supply is contested. BloombergNEF projects that even if the grid absorbs the all-time record rate of 7 GW of new data center demand each year, and even accounting for self-generation by hyperscalers, the sector still faces a 19 GW shortfall by 2035. A separate projection cited by Canary Media estimates U.S. data centers will account for 20% of national power consumption by 2035, up from 5.9% as of mid-2026. BloombergNEF's current shortfall estimate is nearly double what the firm forecast as recently as December 2025.4
The desperation for megawatts has pushed some operators into unconventional territory. Developer Crusoe signed a $1.25 billion contract with Boom Supersonic to deploy 29 jet-engine turbines across data center sites nationally. Startup Panthalassa raised $140 million to build buoy-mounted offshore data centers generating power from wave motion. These remain marginal at the scale being discussed, but they illustrate the range of bets being placed when conventional supply chains cannot deliver.1
The DOE and a coalition of private partners announced in July 2026 a $100 billion gas-powered data center campus at a former uranium enrichment site in Paducah, Kentucky — another signal that federal agencies see gas generation as the near-term answer to AI infrastructure demand.6
For gas markets, the arithmetic is direct: NYMEX Henry Hub front-month settled at $2.75/MMBtu at the August 14 close, a price that makes dedicated gas generation for data centers economically comfortable for operators locking in long-term power purchase agreements. The fuel cost is not the constraint. Manufacturers are already warning that lead times and prices are rising faster than capacity expansions can compensate, and Wood Mackenzie's projection of $600 per kilowatt by 2027 suggests the capital cost side of new gas generation is moving quickly against developers. Invitium's ability to close its promised Pennsylvania deal this year may come down less to commercial terms and more to whether turbines can actually be delivered on the timeline the contract requires.8,7