Key Takeaways

  • Standard grid interconnection queues now stretch beyond the 12- to 36-month delivery windows demanded by major cloud and enterprise tenants.
  • Developers are installing behind-the-meter natural gas turbines and fuel cells as temporary generation assets until utilities upgrade local substations.
  • Bringing 100-plus megawatts of capacity online ahead of utility timelines allows operators to capture higher yield on cost in constrained markets.
  • Jan Vesely of EQT highlights that platforms bundling dedicated power generation, fiber connectivity, and data center shells secure longer-term contracts with superior risk-adjusted returns.

The Race to Bridge the Substation Gap

Data center development used to be a real estate game with a power drop attached. Today, it is an energy infrastructure play where the real estate is secondary. Utility interconnection queues now run far past standard customer delivery cycles, creating a supply squeeze for large-scale compute.

Andrew Thomas points directly to this structural bottleneck: “I think the inability for the grid to service the large majority of deployments that people want to bring online over the next 12 and 24, 36 months means that you need to find alternatives to bridge to the grid.”

Waiting four to six years for a utility substation upgrade means missing customer deployment cycles entirely. To stay within that 12- to 36-month window, developers are deploying on-site generation directly behind the meter. Natural gas turbines and fuel cells are stepping in as temporary baseload providers, keeping sites operational until the primary grid connection arrives.

Thomas observes that this practice is spreading rapidly across active pipelines: “And so already there are many projects in the market that are using either fuel cell solutions, natural gas solutions to bridge to when the grid can arrive. That is going to accelerate. That is going to be a higher percentage of projects that have that kind of bridging solution to it.”

The Yield Premium on Speed to Power

Speed to power dictates contract pricing and platform value. When compute tenants need capacity immediately, developers who can deliver quick power dictate terms.

As Thomas explains: “As you approach a commencement date that is sooner and you have a real imbalance between demand for certain capacity and supply that can bring on 100 megawatts plus of capacity in that kind of timeframe, that yield on costs that you can achieve goes up.”

This pricing power favors infrastructure platforms with multi-asset capabilities. Jan Vesely notes that EQT approaches the market by integrating generation, transmission, and digital infrastructure under one roof.

“If you can deliver energy solutions together with data center solutions and even connectivity because we also own a lot of fiber, the opportunity is probably the best there is in infrastructure right now,” Vesely explains. “With contracts actually becoming longer term, that is not that common in infrastructure.”

Bundling behind-the-meter generation, dark fiber, and shell capacity removes multiple counterparty risks for hyperscalers. In exchange, sponsors lock in extended contract durations that insulate against medium-term power price volatility.

Why It Matters

This dynamic shifts capital allocation from traditional pure-play data center developers to multi-utility infrastructure platforms. Capital that can solve generation, fiber, and cooling simultaneously will extract superior margins, while standalone real estate developers face prolonged pipeline delays and margin compression from idle land holdings.