Utilities just became the biggest spenders in the entire U.S. economy.

RBN Energy flagged a fact last month that stopped me cold. Electric utilities now have the highest capex of any U.S. industry. Higher than transport. Higher than retail. Higher than tech.

A decade ago, utilities were boring. Slow growers. Dividend plays. Now they're in a full-blown arms race to wire up the country for AI.

S&P Global put a number on it. U.S. utilities plan to spend $1.29 trillion from 2026 to 2030. Not a typo. Trillion, with a T.

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That ramp is steep. Utilities have more than doubled their capex in eleven years — from $104 billion in 2015 to $215 billion in 2025. This year it leaps again to $259 billion. Each year bigger than the last.

The spending isn't spread thin. Duke Energy has the biggest plan of any regulated utility: $103 billion over five years. AEP raised its program to $72 billion. NextEra plans $29.9 billion in 2026 alone — up 24%.

What's driving it? Demand. The Edison Electric Institute projects U.S. power demand will grow 25% to 32% by 2030. That's nearly six times the historical rate of 1% per year. Data centers are the single biggest driver.

And the spending isn't optional. Aging grids need upgrades. New loads need connections. In 2025 alone, utilities requested $31 billion in rate increases.

Every gigawatt of new demand needs wire, transformers, substations, and generation behind it. The utilities that can build fastest will earn the most. The ones that can't will fall behind — or get bought.

This is the biggest grid build since we ran wire to rural farms in the 1930s. But the power isn't going to farms. It's going to server racks.

The utilities sector is in a capex super-cycle. The question isn't whether it's real. It's who gets paid to build it all.

Qualcomm patented the language cell phones use to talk to towers. 13,858% gains.

Xilinx designed reprogrammable chip blueprints. 6,900%.

Linear Technology owned the architecture for automotive electronics. 11,694%.

The pattern is clear: when one company owns the physical blueprint for a new technological era — and collects a royalty on every device shipped — the wealth generated is staggering.

Right now, one quiet company holds the master patents on every chip being forced into phones, PCs, and Pentagon drones.

29 billion chips this year. Every one pays them a toll. And the Pentagon’s July 9th deadline is about to make the orders irrevocable.

Dylan Jovine has the name and ticker.

See the stock that fits the pattern >>

Four years of review. About 75 reactor designs. And this weekend, Sweden picked a winner.

Videberg Kraft — a joint venture of Vattenfall and Industrikraft — selected Rolls-Royce SMR to build small modular reactors on the Värö Peninsula, next to the Ringhals nuclear plant.

Total new capacity: 1.5 gigawatts. Three reactors, each putting out 470 megawatts. First unit online by the mid-2030s. Built to run for 60 years.

This is Sweden's first new nuclear project in more than 40 years.

The decision came after Videberg Kraft narrowed the field to two finalists last August: Rolls-Royce SMR and GE Vernova Hitachi's BWRX-300. The final choice: Rolls-Royce.

With this deal, Sweden becomes the third European country to choose Rolls-Royce SMR — after the UK and Czech Republic. That pattern matters. It means factory-built nuclear is gaining real traction, not just headlines.

The key word is "industrialized." Old nuclear was custom-built. Slow. Over budget. The SMR pitch is the opposite: build modules in a factory, ship them to the site, snap them together.

Two countries had chosen. A third just signed. One reactor design. A factory-built fleet model. This is how nuclear scales — not one plant at a time, but as a product line.