Virginia has a problem.
Not the kind you’d expect. The state has become the undisputed data center capital of America—home to over 300 facilities processing nearly 70% of the world’s internet traffic. Northern Virginia alone houses more data center capacity than the next 10 U.S. markets combined.
Companies are lined up with billions ready to invest. Dominion Energy, the state’s largest utility, reported receiving interconnection requests for over 60 gigawatts of new data center load. For context, that’s more than the entire state of Virginia currently consumes.
But here’s where it gets interesting: Dominion publicly stated they can only realistically deliver 7-10 GW of that demand by 2030.
The other 50+ gigawatts? Stuck in limbo.
This isn’t a Virginia problem. It’s an America problem. And it’s about to become a massive investment opportunity.
The Queue That Broke the Grid
I stumbled onto this story through a friend who runs a mid-sized colocation business. Over coffee three months ago, he told me something that sounded absurd:
“We bought land 18 months ago. Permits approved. Building designed. Cooling systems specified. We have customers ready to pay. But the utility just told us we’re looking at 2029 before they can connect us to the grid.”
Six years. For electricity.
I thought he was exaggerating. Then I started digging into utility interconnection queues across the country.
What I found was staggering.
PJM Interconnection—the grid operator covering 13 states including Virginia, Pennsylvania, and Ohio—has over 270 GW of generation and load sitting in their interconnection queue. Not typo. Two hundred seventy gigawatts. That’s roughly equivalent to adding another Texas to the U.S. power grid.
MISO (Midwest grid operator): 150+ GW in queue
ERCOT (Texas): 75+ GW in queue
CAISO (California): 50+ GW in queue
And here’s the kicker: the average project in these queues takes 5+ years to connect. Some are waiting 7+ years.
According to Wood Mackenzie, power availability is now extending data center construction timelines by 24 to 72 months. Not construction itself. Just waiting for power.
One data center developer told S&P Global: “We’re not building-constrained anymore. We’re power-constrained. The entire industry has flipped.”
The $2 Million Transformer Problem
But wait—it gets worse.
Let’s say you’re a utility and you want to connect a new 100MW data center to your grid. You need infrastructure upgrades. Specifically, you need large power transformers.
These aren’t commodity items. A single large power transformer:
Weighs 100-400 tons
Costs $1-2 million+ (up from $600K in 2020)
Requires specialized transport (there are only ~10 super-heavy-load railcars in the entire U.S.)
Takes 120 weeks to deliver (over 2 years)
For the largest units? 210 weeks—that’s 4 years
The North American Electric Reliability Corporation tracks this data. Lead times have more than doubled since 2020. And it’s not just large transformers. Even small distribution transformers—the ones that step down voltage for homes and businesses—now have 2-year backlogs.
Why? Because 80% of U.S. transformers are imported from Mexico, China, and Thailand. And global demand has exploded.
The U.S. is facing an estimated 30% shortage in large power transformers and a 10% shortage in distribution transformers in 2025, according to industry data compiled by Deloitte.
Translation: Even when utilities approve your connection, they physically cannot get the equipment to build it.
A utility executive in Texas told me off the record: “We have approved projects that we know won’t energize until 2028 because we literally don’t have the transformers. And we ordered them 18 months ago.”
This is the constraint nobody’s talking about.
Follow the Money (It’s Not Going Where You Think)
Here’s where this gets interesting as an investment thesis.
Everyone knows about the AI infrastructure boom. NVIDIA up 10x. Hyperscalers spending $200+ billion annually on capex. AI chips, cooling, networking—all the obvious plays are well-known and richly valued.
But electrical infrastructure? Completely overlooked.
Let me give you some numbers that stopped me in my tracks:
Colocation pricing (cost to lease powered data center space):
H2 2021: ~$120/kW-month
H2 2022: ~$138/kW-month
H2 2023: ~$165/kW-month
H2 2024: ~$184/kW-month
H1 2025: Trending even higher
That’s a 53% increase in under 4 years. And it’s accelerating.
Why? Because in constrained markets, colocation isn’t a real estate product anymore—it’s a power access product. The scarce resource isn’t square footage. It’s megawatts.
According to LandGate’s analysis: “Where power is deliverable, development follows; where it isn’t, pricing and timelines do the talking.”
Now think about who captures that value:
Data center operators capture some (higher lease rates)
But the equipment manufacturers supplying transformers, switchgear, circuit breakers—they’re capturing massive value with zero competition
And here’s the beautiful part: most of them are trading at industrial multiples like nothing changed.
The Companies Nobody’s Watching
While analysts debate NVIDIA’s next earnings, a completely different set of companies are experiencing extraordinary demand that will persist for a decade.
I’ve identified several that are:
Backlogged for 2-3+ years with firm orders
Raising prices 50-150% with no customer pushback
Operating in effective oligopolies (2-3 global suppliers for critical equipment)
Trading at 12-25x earnings while growing 15-30%+ annually
One CEO told me during an earnings call (paraphrasing): “We’re turning away business. Not because we want to—we literally cannot manufacture fast enough. And customers are offering premium pricing just to move up the queue.”
That’s pricing power.
The electrical equipment supply chain has become the definition of inelastic demand. Utilities MUST upgrade infrastructure. Data centers MUST connect to the grid. There are no substitutes. There are no alternatives.
And the lead times mean competitors cannot enter the market quickly even if they wanted to.
Premium - Three Electrical Infrastructure Plays
The thesis is straightforward: electrical infrastructure has become the #1 constraint on AI data center deployment, creating extraordinary demand for companies that manufacture transformers, switchgear, and power distribution equipment. Most are trading like commodity industrials. They’re actually monopolies.
Let me show you the three positions I’m building.