For two years, the story of data center expansion was GPU scarcity: hyperscalers and neoclouds fighting over allocation, facilities sitting half-built while silicon shipped late. That constraint has eased — TSMC has doubled its CoWoS advanced packaging capacity multiple times since 2024, and GPU shipment volumes have scaled with it (TrendForce, 2024). What has not eased is the grid. Interconnection queues, transformer manufacturing, and utility capital planning move on cycles measured in years, and none of them accelerated to match electricity demand (Inflect, 2026). In 2026, data center power availability, not chip supply, decides where you can deploy and how fast — and that constraint now reaches standard hosting and colocation buyers who have never touched a GPU.
The numbers behind the bottleneck
Securing grid power for a new data center in 2026 typically takes 24 to 72 months depending on market and load size, with some constrained regions quoted at 5 to 7 years (Inflect, 2026). Northern Virginia, Phoenix, and Dallas specifically run 4 to 7 years (Sightline Climate, cited by Bloomberg, May 2026).
The delivery risk compounds the wait. Goldman Sachs Research estimated in 2026 that only 60% of next year's scheduled capacity will arrive on time, dropping to 50% over the following two years — and Bloomberg separately reported Sightline Climate's estimate that 30–50% of the roughly 16 GW planned for 2026 in the US will be delayed or canceled due to power constraints (both cited May–July 2026).
Texas shows how concentrated the demand has become: ERCOT is managing a 410 GW large-load queue, with data centers comprising 87% of it, while CenterPoint Energy reported a 700% jump in large-load interconnection requests in a single year — from 1 GW to 8 GW (EnkiAI; Hanwha Data Centers, 2026).
What this means if you don't run GPUs
The instinct is to treat this as an AI-infrastructure story. It isn't only that. Power availability, not floor space, is now the binding constraint on new colocation supply in every major US market, according to Cushman & Wakefield's Data Center Power and Lease Pricing Outlook (cited across multiple 2026 industry reports). That constraint prices standard enterprise racks the same way it prices GPU racks, because both are drawing from the same interconnection queue and the same transformer supply chain.
The pricing evidence is consistent across independent sources. US wholesale colocation for 250–500 kW deployments averaged $195.94–$196.25 per kW per month in H2 2025, up roughly 6.5–6.6% year-over-year, with 3–10 MW requirements up 12.5% as competition intensified for large contiguous power blocks (Cushman & Wakefield data, cited across multiple 2026 reports; Brightlio, 2026). Retail — the single-cabinet deployments most hosting buyers actually lease — moved faster still: Lightyear's own platform data showed all-in per-kW pricing rising roughly 17–21% in just the second half of 2025 (Lightyear, 2026).
The market has also split by deal size in a way that matters more than price. Roughly 90% of new colocation capacity under construction is in the 200 MW to 1 GW hyperscale range, not the 2–4 MW halls a typical enterprise needs (Datacenter World, June 2026). North American vacancy sits near record lows — around 1–2% depending on the source — with most capacity under construction already pre-committed before a cabinet is installed (JLL data, cited by Inflect and Datacenter World, 2026). A deployment that once took 6 to 12 months to secure now needs 18 to 24 months of lead time in primary markets.
What no vendor will tell you
The honest version of this story isn't "AI is stealing your power" — it's that the people selling you colocation are caught in the same squeeze you are, and most won't say so directly. Peter Feldman, CEO of QTD Systems, a New York colocation provider focused on traditional enterprise workloads rather than AI, described the position plainly: "Non-AI or hyperscale colocation saw steady sales; pricing for operators held [with] maybe small upticks, but most incremental gains were countered by rapidly rising power costs. Equipment, replacement, and upgrade costs have skyrocketed due to tariffs and AI construction consuming all the equipment for new construction" (Data Center Knowledge, February 2026).
Read that carefully: a provider that isn't chasing AI customers at all is still absorbing rising input costs, because AI buildout is consuming the same transformers, switchgear, and construction capacity that any data center needs — and that cost pressure has to land somewhere eventually, even on a facility that has never hosted a GPU. If your provider's rate hasn't moved yet, that is a timing gap, not evidence the pressure doesn't apply to you.
The efficiency metric that stopped being the main story
Power Usage Effectiveness — the ratio of total facility power to IT equipment power — has been the industry's standard efficiency benchmark for two decades. Global average PUE sat at 1.54 in the Uptime Institute's 2025 survey, essentially flat since around 2020, while leading hyperscale operators have pushed fleet-wide PUE down to 1.09 (Uptime Institute; Google Data Centers, 2025).
PUE still matters for operating cost and compliance — Germany's Energy Efficiency Act requires new data centers commissioned from July 2026 to hit 1.2 or below. But it answers a different question than the one buyers are now asking. A facility with a best-in-class 1.1 PUE cannot open at all without a grid interconnection, and no amount of cooling efficiency shortens a four-year utility queue. Efficiency optimizes the power you can get; it doesn't get you the power in the first place.
The regulatory response, and why it won't fix 2026
On 18 June 2026, FERC issued show-cause orders under Section 206 of the Federal Power Act to all six FERC-jurisdictional regional grid operators, instructing each to justify or revise its large-load interconnection rules — a faster, more targeted move than a standard rulemaking, following an October 2025 DOE directive (White & Case; American Action Forum, June 2026). It may shorten future queues in the regions it touches.
It does not retroactively move anyone already in a queue. Projects with existing applications wait behind whatever framework their grid operator adopts, on whatever timeline that operator sets. For a deployment decision made this quarter, the FERC action is a signal about direction, not a lever that changes your timeline.
What to do with this if you're buying colocation or dedicated capacity now
Ask about grid interconnection status before floor space. A provider quoting available cabinets without confirming power headroom is quoting you half an answer. Confirmed interconnection, not listed vacancy, is the number that determines whether your deployment date is real — it's the first thing INXY verifies with any facility before recommending it to a client.
Lead time is now 18 to 24 months in primary markets, not 6 to 12. If your growth planning still assumes the shorter window, the gap will show up as a missed deployment date, not a budget overrun.
Secondary and tertiary markets carry real tradeoffs, not just lower prices. Power-advantaged regions outside the traditional hubs (Northern Virginia, Silicon Valley, Phoenix) often have shorter interconnection queues precisely because demand hasn't concentrated there yet — but latency, connectivity density, and carrier presence vary accordingly. The right tradeoff depends on whether your workload is latency-sensitive or throughput-oriented.
A workload that doesn't need dedicated colocation power at all sidesteps the queue entirely. Delivery-layer capacity — CDN, managed DNS, cloud compute sized to the actual workload — doesn't carry the multi-year interconnection risk that a dedicated cage does, because you're not the one waiting on the utility.
We broker colocation and dedicated capacity across multiple facilities and markets, which means INXY can tell you which shortlisted sites have confirmed power today rather than a queue position and a promise — a distinction that determines whether your deployment date is real. [Request an infrastructure audit → /book-a-demo] before you commit to a facility on the strength of its floor plan alone. To review capacity options directly: [dedicated servers, colocation and racks → /hosting-solutions].
FAQ
Why is data center power harder to get than GPUs in 2026? GPU supply eased as TSMC scaled advanced packaging capacity multiple times since 2024, easing the earlier allocation crunch. Grid capacity did not scale at the same pace, because interconnection queues, transformer manufacturing, and utility planning all operate on multi-year cycles that chip production improvements don't affect.
How long does it take to get a new data center connected to the grid in 2026? Typically 24 to 72 months depending on market and load size, with 4 to 7 year waits in the most constrained primary markets such as Northern Virginia, Phoenix, and Dallas. Secondary markets with less concentrated demand generally offer shorter queues.
Does the power shortage affect standard hosting, or only AI data centers? It affects both, because standard and AI colocation compete for the same grid interconnection queue and equipment supply chain. Cushman & Wakefield data shows power availability, not floor space, is now the binding constraint on new colocation supply in every major US market, and pricing for standard deployments has risen accordingly.
What is PUE and does it matter for site selection? Power Usage Effectiveness measures total facility power against IT equipment power, with lower numbers indicating less overhead. It remains relevant for operating cost and compliance, but it doesn't address whether a site can secure grid power at all — a highly efficient facility still can't open without an interconnection, so PUE answers a different question than power availability does.
Will the June 2026 FERC orders fix data center interconnection delays? The orders instruct regional grid operators to justify or revise their large-load interconnection rules, which may shorten future queues in the affected regions. They do not retroactively accelerate projects already waiting in a queue, so deployments planned for this year should not assume near-term relief from the ruling.
How far in advance should I secure colocation capacity now? Roughly 18 to 24 months in primary markets, up from the 6 to 12 months that was standard a few years ago. This shift reflects both record-low vacancy and the share of new capacity that is pre-committed before construction completes.
