For the last 30 years, when a manufacturer or logistics company looked for a new building, they asked three questions: How much is the rent? What is the logisitics costs? What is the labor profile? Electricity was an afterthought. You called the utility, they turned it on, and you moved in.
That world is over. Today, the amount of electricity available at a given site determines whether you can operate there at all. If you are installing robots, automating your production line, or running any kind of advanced manufacturing, your building 2-10X more power than the same building needed a decade ago. And in many parts of the country, that power is not available.
Most industrial buildings cannot support modern automation. Not because of size. Because of power.
-- How Scarce is Heavy Power? - We ran the numbers on every industrial building 100,000 SF and above across five Western U.S. markets: Inland Empire, Los Angeles, Orange County, Phoenix, and Las Vegas. We filtered for buildings with electrical service heavy enough to support automation, robotics, or advanced manufacturing. One in five can support basic automation (4,000 amps or more). One in 25 can support advanced automation (6,000 amps or more). One in 50 can support what the leading operators are building today (8,000 amps or more). Across all five South/West Coast markets, only 59 buildings can support 8,000 amps or more. The Inland Empire has 40 of them. Las Vegas, 9. Orange County, 5. Los Angeles, 3. Phoenix, 2.
-- Power Ready Industrial - A Different Asset Class - These are not normal buildings. They are seven years newer on average, 29% larger, and more than twice as likely to have 36 foot clear heights. Pre-2000 heavy power buildings almost all have sub-28 foot ceilings. From 2020 onward, 79% are 36 feet or taller. Power without height is obsolete. Height without power is irrelevant. The combination is where the premium lives, and the supply is thin.
-- Why This Is Happening - U.S. power demand forecasts have increased 4.4x in two years. Data centers are absorbing that capacity first, projected to double their grid draw by 2030. The median wait to connect new power to the grid now exceeds four years. Every gigawatt consumed by a data center is a gigawatt unavailable for the manufacturer or highly automated 3PL down the street.
If your next facility requires automation, your real estate options are already constrained before you start your search: 1. Audit Power Before You Tour Buildings - If you do not confirm connected/demand load, substation capacity, interconnection timelines, and available feeders before signing a lease, you are making a decision with incomplete information. 2. Go Where Power Exists, Not Where Rent Is Lowest - TVA territory, central Iowa, central Washington, and Sacramento's SMUD district still have headroom. California's investor-owned utilities charge 2.7x the national average. Municipal utilities in the same state can be half that. 3. Control Your Own Power If You Can - 30% of planned U.S. data center capacity now includes on-site generation, up from effectively zero a year ago. CHP systems, solar plus storage, and microgrids get you operational years ahead of utility queue competitors.
The Full Report
We built a research paper with citations covering grid capacity, electricity rates, interconnection timelines, and 10 case studies from Texas Instruments to Amazon to Rivian. Download it , review and lets connect.
Justin
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