Machines just beat homes on the grid — for the first time

• THE GRID

I was reading the EIA's July energy forecast last week. One line stopped me.

For the first time ever, commercial electricity sales will top residential in the U.S. this year.

Not by much. But the crossover is real.

Offices, malls, hospitals — and data centers — will draw more power than every home in America. Combined. This has never happened.

Commercial just became the grid's biggest customer class.

The driver is compute. Data centers count as commercial buildings. And they are eating the grid alive. Gartner puts global data center electricity at 565 terawatt-hours this year. That's up 26% from 447 TWh in 2025.

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The EIA projects total U.S. electricity demand at 4,269 billion kilowatt-hours this year. A record. Then 4,399 billion kWh in 2027. Another record.

In January, the EIA called this the strongest four-year demand growth since 2000. The July numbers make the case even clearer.

From 2025 to 2027, demand climbs by 204 billion kWh. A single AI server draws roughly ten times the power of a standard one. And every major tech company is racing to build more.

Natural gas does the heavy lifting. It generates 40% of U.S. electricity. The EIA expects gas consumption for power to hit 38.1 billion cubic feet per day in 2027 — a new record. Renewables rise to 27%. Coal falls to 15%. Nuclear holds at 18%.

But the fuel story isn't the real story.

The customer story is. And it just flipped.

For decades, utilities planned around homes. Peak demand meant hot summer days. Rate cases turned on air conditioning and pool pumps. The whole system — transformers, substations, billing — was designed for residential life.

That era ended this year.

The fastest load growth now comes from buildings packed with server racks. They run around the clock. They don't take weekends off. They don't dim in fall. And they cluster in zip codes that were never wired for this kind of draw.

Virginia. Texas. Ohio. The requests come in gigawatts now. Not megawatts. Each new campus needs its own substation. Some need their own power plant.

The grid was built for households. It now answers to machines. That single shift is behind every rate hike, every permit fight, and every utility spending plan you'll see this year.

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• WIRED IN

The money is chasing the megawatts. Every signal this week points the same direction — toward more power, and toward whoever can build it fastest.

• VOLTAGE

$6.72 per pound. That's what copper hit on the Comex in May. An all-time high.

Records like that don't happen by accident.

Copper has pulled back to around $6.33 since then. But the force behind the spike hasn't faded. Energy infrastructure is rewriting the demand curve for this metal.

Copper goes into everything that moves electricity. Transformers. Busbars. Cables. Switchgear. You can't get power from the grid into a server rack without it.

The scale is staggering. A single large AI data center uses as much electricity as 100,000 homes, per IEA data. That's one building.

Renewables make it worse. Solar and onshore wind need twice as much copper per megawatt as gas plants; offshore wind needs five times more. Every new turbine, every solar array, every mile of new transmission — copper.

Supply can't keep up. Freeport-McMoRan's Grasberg mine in Indonesia is targeting 65% capacity in the second half of 2026. Ivanhoe's Kamoa-Kakula in the Congo hasn't fully recovered from shutdowns either. Goldman Sachs expects global copper demand to pass supply starting in 2029. That gap isn't priced in yet.

Most people hear "copper" and think China. Construction cranes. Property booms. That was the story for twenty years.

Not anymore.

The new copper buyer is a data center developer in Virginia. A utility wiring a substation in Texas. A wind farm going up in Iowa. The demand shifted. The metal didn't.

Copper is the physical chokepoint of the AI power boom. You can plan all the data centers you want. Without enough copper, none of them get built.