When Power Becomes the Site Constraint: Hydrogen, Data Centers, and the New Math of Industrial Development
For most of the last century, the first questions in industrial site selection were about land, labor, and logistics. Is the parcel big enough? Can we staff it? How close is the interstate? Power was a checkbox. You assumed the grid would be there, and it almost always was.
That assumption is breaking. In episode 100 of the Real Finds Podcast, Gordon Lamphere sat down with Whitaker Irvin Jr., CEO of Q Hydrogen, the company preparing to open what it describes as one of the world’s first economically viable renewable hydrogen power plants in Groveton, New Hampshire. The conversation is ostensibly about hydrogen. The real subject is the constraint that is quietly reordering where development can happen. For the first time in living memory, electricity, not dirt, is becoming the gating factor on a project.
The Demand Curve Nobody Planned For
Start with the numbers that everyone in the room already feels. According to the U.S. Department of Energy’s 2024 report on data center energy use, produced by Lawrence Berkeley National Laboratory, data centers consumed roughly 4.4% of total U.S. electricity in 2023 and are projected to consume somewhere between 6.7% and 12% by 2028. That is a doubling or tripling of load from a single asset class in five years.
This is the macro story Irvin keeps returning to. AI training and inference are power-hungry in a way that prior generations of computing were not, and the buildings that house them want hundreds of megawatts on a timeline measured in quarters, not decades. We unpacked the valuation side of this in our recent analysis of how Chicago-area investors should value data centers and adjacent properties, where the central insight was that power access, not square footage, increasingly sets the ceiling on what a site is worth.
The Queue Is the Real Bottleneck
Here is where the conversation gets concrete for anyone who develops or invests. Wanting power and getting it are now two very different things. The latest “Queued Up” review from Lawrence Berkeley National Laboratory counted roughly 10,300 projects actively waiting to connect to the grid at the end of 2024, representing about 1,400 gigawatts of generation and 890 gigawatts of storage. The capacity sitting in those queues is nearly twice the size of the entire existing U.S. power plant fleet.
The wait has stretched accordingly. The median time from interconnection request to commercial operation has more than doubled over the past two decades and now runs past four years, with many projects pushing toward the five-to-seven-year range Irvin cites on the podcast. For a corporate user or a developer trying to land a power-intensive tenant, a multi-year interconnect queue is not a paperwork delay. It is a deal killer. It is the difference between breaking ground next year and waiting until the end of the decade.
Behind the Meter: A Different Site Selection Logic
This queue problem is precisely why behind-the-meter generation has moved from a niche idea to a board-level strategy. Behind-the-meter simply means producing power on site, on the user’s side of the utility connection, rather than drawing it from the grid and waiting in line to do so.
The Q Hydrogen plant in Groveton is built around this logic. If a site can generate its own clean, dispatchable power, the interconnect queue stops being the binding constraint, and the whole calculus of where you can build flips. Land that looked uneconomic because it sat far from grid capacity becomes viable. Land that looked perfect on every traditional metric but had no near-term path to power drops down the list. For site selectors, the new first question is not “how big is the parcel” but “how do we get electrons to it, and how fast.”
The Idle Asset Opportunity
One of the more interesting threads in the episode is what to do with infrastructure that already has power and interconnection in place. Old coal plants, shuttered industrial facilities, and other idle assets often sit on sites with existing high-capacity grid connections, water rights, and transmission access that would take years to permit from scratch. Irvin frames these as some of the most undervalued real estate in the country precisely because the hardest part, the grid connection, is already done.
That maps directly onto a theme we explored with Sam Haydock in our look at turning brownfields into billions. The overlooked sites are frequently the ones with embedded infrastructure value that the market has written off. Add a behind-the-meter generation strategy, and a liability becomes a competitive moat. The same instinct runs through our conversation on the battery real estate play, where energy storage reshapes which parcels can actually serve modern industrial demand.
Green, Blue, and the Financial Reality
No honest energy conversation skips the economics, and Irvin does not. The hydrogen world is color-coded by how the gas is produced. Green hydrogen comes from renewable-powered electrolysis. Blue hydrogen comes from natural gas with carbon capture. Each carries a different cost structure and a different incentive profile, and the financial math, including federal production credits, often determines which one pencils out on a given project.
What matters for real estate professionals is less the chemistry and more the takeaway: the cost of clean, on-site power is falling toward a point where it competes with grid power on price, not just on availability. Irvin notes that Wall Street and London are starting to underwrite hydrogen with the same seriousness they bring to any infrastructure asset class. When capital markets start treating a power source as bankable, development follows.
What This Means for the Midwest
Chicagoland sits at the intersection of every trend in this episode. The region has the manufacturing base, the logistics network, and the data center pipeline that all compete for the same limited grid capacity. As power becomes the constraint, the submarkets that win will be the ones that can pair developable land with credible, near-term power, whether through grid upgrades, idle-asset repurposing, or behind-the-meter generation. Location and access still matter, but they are increasingly necessary rather than sufficient. For users evaluating industrial space across Chicago and the Midwest, the power question now belongs at the top of the diligence checklist, not the bottom.
The Bigger Point
The recurring refrain across 100 episodes of the Real Finds Podcast has been that we do not talk about energy and energy access enough. This conversation answers that directly. Hydrogen may or may not become the dominant solution. But the underlying shift is already here: power availability is becoming the decisive variable in where capital gets deployed and what gets built. The developers and investors who internalize that first will have a meaningful edge over those still treating the grid as a given.
At Van Vlissingen and Co., Chicagoland’s oldest private commercial real estate brokerage, we help tenants, buyers, and developers think through exactly these questions, from site selection and feasibility to industrial acquisitions across the Greater Chicago and Midwest markets. If you have a site selection, industrial, or investment question, call our team at 847-846-6902, and subscribe to the Real Finds Podcast for more conversations with the people shaping the built environment.