The Power Problem: Why Utilities Are the Real Data Center Bottleneck
Interconnection queues are growing faster than capacity. The data shows a critical gap between planned data center capacity and available power infrastructure.
- In the ERCOT queue
- 453.3 GW, 1,833 active requests
- In the PJM queue
- 171.9 GW, 968 active requests
- Power transformer wait
- 130 wks, 30-month average, H1 2025
- Request to operation
- 5.1 yrs, up from 3.0 in 2015
Power Is the Constraint
Every data center needs power. A lot of it. And the grid wasn't built for this.
The tracker follows 708 data centers totaling 264.0 GW of capacity. The interconnection queues we mirror are bigger still: 453.3 GW across 1,833 active ERCOT requests and 171.9 GW across 968 in PJM. Most of that is generation waiting to serve load that doesn't exist yet, and a growing share of the load is data centers.
The Queue Is Growing Faster Than Approvals
The median project built in 2025 took 61 months, about 5.1 years, from interconnection request to commercial operation, up from 36 months in 2015, per Berkeley Lab. This is the single biggest constraint on the data center buildout.
The queues are being reformed while they grow. PJM's Transition Cycle 2, the last batch of its old backlog, started with 55 GW and had lost 25 GW to withdrawals by June. What's left entered its third study phase on July 8, and the first cycle of the reformed process began its Phase I studies on September 28. In ERCOT, the tell is where the speculative capacity lands: two thermal generation requests in Hill County, Texas, Bullock Gas and Liberty Thermal Energy Center, have 1.4 GW each filed with system studies complete, no interconnection agreement, and an expected in-service date of July 2032. Two adjacent 1.4 GW requests in one rural county, six years out, is a specific bet on where Texas capacity gets built.
Who Benefits?
Companies positioned in the power infrastructure supply chain:
- Constellation Energy (CEG): Nuclear power agreements with hyperscalers
- Eaton (ETN): Electrical distribution equipment
- Schneider Electric: Power management systems
- Vertiv (VRT): Cooling and power management
The Investment Implication
The power constraint creates a natural moat for existing data center operators with secured power agreements. New entrants face 3-5 year delays just to get grid access.
That's why the power suppliers matter as much as the data center REITs: the bottleneck is where the pricing power lives.
Figures last refreshed 2026-10-04; sources linked inline.
The 8 articles in this cluster
- Peter Thiel's New 13F Puts 71 Cents of Every Dollar Into Electricity: Peter Thiel's 13F went from zero holdings to a $419M book that is 71% electricity: four Midwest utilities under the Stargate corridor, Vistra, LatAm shale, and an Amazon-plus-X-Energy nuclear pair.
- America's Data Center Transformers Run on One Company's Steel, and the Wait Is Now 160 Weeks: Cleveland-Cliffs is the only American producer of the grain-oriented steel inside data center transformer cores, and Washington spent three years deciding whether to regulate it out of the market. Substation lead times are past 160 weeks.
- Nvidia Is Buying Powered Land for a 600-Kilowatt Rack That Just Slipped to 2028: Nvidia bought into three powered land developers in eight days. The 600-kilowatt Rubin rack that justifies it just slipped to 2028, and the substation orders land at Hubbell either way.
- The 10 Biggest AI Capex Spenders of 2026: A ranked snapshot of who's writing the largest checks for the AI infrastructure buildout this fiscal year, and what each commitment actually buys.
- The Hyperscaler Capex Supply Chain: Who stands to gain from this week's earnings reports: Meta, Amazon, Microsoft, and Google reset capex guidance this week. The supply-chain stocks that benefit most are not the ones investors name first.
- Tesla Terafab Suppliers: Power & Cooling Names That Book the $25B Buildout First: The publicly traded infrastructure names that book Terafab orders before a single 2nm wafer ships.
- Oracle (ORCL) + Bloom Energy: 2.8 GW Fuel Cell Order Bypasses the Grid: Oracle quietly bought 55 days of lead time on a 2.8 GW fuel-cell order while the rest of the industry is still waiting on the utility. On-site generation just crossed the bankability threshold, and the market is pricing speed-to-power as the scarce commodity.
- Q1 2026 Data Center Capex: Amazon $200B, Google $185B (The Hyperscaler Scorecard): Amazon leads with $200B+ in forward guidance, but the real story is the mid-cap surge. Here is what the numbers say about where infrastructure dollars are flowing.
What we're watching
- Phase III, 2026 to 2027
- Whether what's left of PJM's Transition Cycle 2 reaches signed agreements, or the reformed process inherits the same pile.
- Ongoing
- Power transformer lead times, a [30-month average for large units](https://docs.nlr.gov/docs/fy26osti/96742.pdf) in the first half of 2025. A sustained move below 100 weeks re-times every project in the tracker.
- 2032
- The two 1.4 GW Hill County, Texas requests. Filed six years out, they mark where ERCOT capacity is actually headed.