★
Menu
Home How It's Built Watchlist The Stack
Hardware ChipsCompare Chips Servers & SystemsNetworking MemoryFoundries & Packaging Cooling
Facilities Data CentersPower ProjectsCloud & GPU Compute
Intelligence AI ModelsSoftware AI ProductsBenchmarks Research PapersDatasets Concepts
Ecosystem CompaniesStocks PeopleTimeline TrendsFuture of AI
Learn News Ask the Data AI Agents
About About us Methodology Data & API Disclaimer
Options
DATA & API

Free read-only JSON access to the site's cached data.

Dark mode

Guided View
New to chips, data centers and model jargon? We explain key terms as you browse, in plain English. Same data, with the help built in.

Expert View
You already know the stack. Just the data: clean, fast and compact, with no extra explanations. This is the default view.

Interface language
‹ Back
Home › Technologies › Grid Interconnection & Transformers

Grid Interconnection & Transformers

Technology Power

The multi-year queue between a finished building and its first watt.

You're looking at a technology record: a building block of AI hardware — what it does, who makes it, and which chips and systems use it.

Connecting a campus means substations, switchgear and large power transformers — equipment with lead times that stretched to 3–5 years — plus an interconnection study queue that in ERCOT and PJM contains hundreds of gigawatts of requested data-center load. This unglamorous layer, more than chips, sets the pace of the build-out.

How this connects to the rest of the stack

Related · 5 Grid Interconnection & Transformers

This record's links at a glance — click a group to jump to it.

Sources

LBNL interconnection queue research ↗

Record reviewed as of 2026-01-15 — see Methodology.