• THE GRID
Four Senators, 268 Missing Gigawatts
Two hundred sixty-eight.
That's how many gigawatts are missing. By 2030, global data center power demand hits 491 GW. The grid can serve them just 223 GW. The rest is spoken for — homes, factories, hospitals.
TrendForce ran the numbers last month. The gap is 268 GW. That's roughly the output of 270 nuclear reactors. Reactors nobody has built.
And the squeeze starts now, not later. Data center demand hit 161 GW this year. Up 31% from last year. Growth stays above 30% through 2027.
I kept staring at that gap. Then I opened a 417-page bill.
On September 30, four senators — Capito, Lee, Whitehouse, and Heinrich — introduced the Bipartisan American Affordability and Jobs Act. It's the boldest grid bill in a generation.
The core move: FERC gets real siting power. Right now, one state can kill a power line that crosses three. FERC has had "backstop siting" since 2005.
But the old rules said lines had to run through a federal corridor. Almost none exist. So the power sat idle for twenty years.
The result? New transmission lines take seven to twelve years to permit and build. America builds the chips. It can't build the wires.
This bill strips that old rule. For lines above 230 kilovolts, builders can go to FERC and the state at the same time. No more waiting years for one holdout.
"America needs to build big things again."
Forget SpaceX. Elon's next BIG bet is a radical "light-speed" device that's turning AI into "Accelerated AI" – and making it 100 times faster and 100 times more energy efficient.
The mainstream hasn't caught on yet. But "Accelerated AI" stocks are breaking out as we speak: 133%, 217%, or even 320% or more… and it's just getting started.
Three more changes matter. Environmental reviews get a hard two-year cap. Today they take four to seven.
Data centers must pay for grid upgrades they cause. And once a project gets a permit, it keeps it. Even when the White House changes hands.
| 2026 DC Demand 161 GW | 2030 DC Demand 491 GW | |
| 2030 Grid Supply 223 GW | The Gap 268 GW | |
A November 9 cloture vote is on the Senate calendar. If it clears, floor debate starts right after the midterms.
No single bill closes a 268 GW gap. But cutting permit times in half could unlock hundreds of billions in new grid builds. The wires that move power from where it's made to where it's needed? Those are what's missing.
Everyone talks about more plants — gas, nuclear, solar. But watts are stuck if the lines to carry them take a decade to approve. The chokepoint is paper.
This bill takes a sledgehammer to the permitting wall. November 9 is the energy vote of the year.
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• VOLTAGE
Three Megawatts, One Cable
Last November, a team in Woburn, Massachusetts pushed three megawatts through a single cable. Not a high-voltage line. A low-voltage wire you could carry in both hands.
That was VEIR. Last week they closed a $110 million Series C. Matter Venture Partners and Tyche Partners co-led. LG Technology Ventures joined.
The round was oversubscribed. That tells you where smart capital is heading.
The tech is high-temperature superconducting. Cool the wire, and resistance drops to near zero. More power flows through less material. Way less space.
For data centers, space is money. Every square foot eaten by copper bus bars and cable trays is a square foot that can't hold racks. A big facility might need cable runs as wide as a two-lane road. VEIR's system could shrink that footprint by an order of magnitude.
CEO Tim Heidel put it simply: "AI infrastructure is advancing at a pace that requires us to rethink how power is delivered."
Microsoft has been working with VEIR since early 2025. The two tested a 3 MW cable in a simulated data center environment. Now VEIR is building standard reference designs for new data center projects. They've also finished their first transmission pilot outside the lab.
Everyone chases more power — gas, nuclear, solar. But moving it from the substation to the rack has its own bottleneck. One that rarely gets a headline.
VEIR just raised $110 million to solve the last hundred feet. That tells you where the real gap is.
• WIRED IN
Gas Plants, Microgrids, and Fuel Rods
LS Power closed a $6 billion fund — its largest ever. Fund VI launched in January and hit its hard cap by July. The firm is already putting $1.7 billion to work buying gas plants from Constellation Energy. When the biggest energy infrastructure fund in private markets fills in six months, the demand signal is impossible to miss.
Closer to the rack, Vertiv agreed to buy UtilityInnovation Group for $1.45 billion. UIG builds microgrids and on-site power controls for data centers. The deal moves Vertiv upstream to the grid interconnect — from selling boxes to running the grid inside the building.
For the long game: BWXT won a $189 million contract to make nuclear fuel for the U.S. Navy. BWXT's Erwin, Tennessee plant is one of the few on Earth that fabricates enriched uranium fuel. That skill feeds the SMR pipeline directly. Every new reactor needs fuel rods — and BWXT makes them.
The money trail tells one story: whoever delivers watts to data centers — by gas, microgrid, or nuclear — is getting paid.
