• THE GRID
The Five-Year Wait for Power
Five years. That's the wait if you want a gas turbine today.
I was reading GE Vernova's Q2 results when one number stopped me. The company ended the quarter with 116 gigawatts of gas turbine gear under contract or reserved. At the end of 2025, that figure was 83 GW. A 40% jump in six months.
The company is mostly sold out through 2030, with only scattered slots remaining. It's already well into booking 2031.
"We're on track to be more than halfway contracted for 2031 by the end of this year."
| Turbine Backlog 116 GW | Q2 Orders $16.7B | |
| Plant Lead Time 5 Years | Cost Since '23 +49% | |
Forget SpaceX, this is Elon’s Next Breakthrough
While everyone was distracted with the recent SpaceX IPO…
Elon Musk quietly filed a patent with the U.S. Patent and Trademark Office to protect what I believe will be his next breakthrough…
Something he called “the greatest tech invention in history.”
Elon is predicting this new AI breakthrough will unleash…
A $1 quadrillion new wealth wave.
That’s more than 30 times bigger than the entire U.S. economy.
And just to give you an idea of how much wealth we're talking about...
That would be enough to send a check for $2.8 million to every single American.
Click here to see the details because I believe this invention will make a lot of people rich.
Those four numbers tell one story. The world wants more gas turbines than anyone can build. And the buyers are getting urgent.
About 20% of contracted capacity now goes to data centers. Three years ago, that share was near zero. It's the fastest-growing source of turbine demand on earth. In 2023, data centers barely showed in the order mix. By mid-2026, they're a fifth of the book.
And the prices keep climbing. New deals in early 2026 cost 10 to 20 points more per kilowatt than orders placed in late 2025. BloombergNEF pegs the broader increase at 49% since 2023. Lead times have stretched from three and a half years to five.
The crunch feeds on itself. Long waits push buyers to lock in slots early. Early bookings push the backlog out. Higher prices can't cool demand — data centers will pay almost anything for firm power. That makes the gas turbine the most important piece of hardware in the AI chain.
GE Vernova shipped 29 turbines last quarter. Up 38% from a year ago. The company plans $11 billion in total capex and R&D from 2025 through 2028. But new factory lines take time. This is a multi-year squeeze.
Everyone in the AI trade watches chip supply. Almost no one watches turbine supply. A data center shell goes up in 18 months. The gas plant to feed it takes five years. The turbine order book is now the longest lead time in the AI supply chain.
The real AI bottleneck isn't silicon. It's steel.
This is where Elon Musk is housing an AI technology that Jeff Brown believes will help power the next monster IPO on Wall Street.
You see, while everyone was distracted by the SpaceX IPO…
Elon Musk quietly started backing a NEW AI startup that has been called…
"The fastest-growing business in the history of capitalism."
And Jeff will also show you how to claim a stake for as little as $50.
• VOLTAGE
Batteries at the Back Door
Fluence Energy just signed something I hadn't seen before. A $300 million battery deal. For a single data center. Behind the meter.
Battery makers built their business on utilities and solar farms. Data centers were never in the plan. That changed last quarter.
The logic was always there. Data centers run 24/7. They need backup that never fails. Most use diesel today. But diesel faces growing regulatory heat. Batteries are cleaner, faster to install, and can sell power back to the grid at peak hours.
Fluence signed its first behind-the-meter data center deal in Q3. Worth about $300 million. Then in July, a hyperscaler added $550 million more. Total data center orders: $850 million.
A year ago, Fluence had zero data center orders. Now it's the fastest-growing part of the book.
Orders are pouring in. Q3 bookings hit $1.44 billion — nearly triple last year's $509 million. Year-to-date: $2.7 billion. Total backlog reached a record $6.4 billion, up more than 30% from a year ago.
The data center pipeline alone jumped to 16 gigawatt-hours. Up 35% in one quarter. These aren't pilot programs. When a hyperscaler writes a $550 million check, a new market is born.
But the stock slid 3.6% after hours. Revenue missed by about $90 million at $650 million. Factory ramp-ups lagged. Shares sit 69% off their highs.
I see past the miss. Every data center stuck in a multi-year grid queue is a potential battery buyer. Batteries deploy in months, not years. They skip the permitting fights. And they earn revenue at peak demand.
Fluence proved the model. The factories will catch up. The demand won't slow down.
When hyperscalers buy batteries by the gigawatt-hour, the energy map redraws.
• WIRED IN
Four Moves Worth Watching
Schneider Electric posted record Q2 revenue of €11.46 billion. Organic growth hit 16.5%. Data centers and electrification led the charge. CEO Olivier Blum called H1 a "record" as first-half sales reached €21.2 billion.
That demand wave is pushing GE Vernova to expand. The company is spending $138 million on its Charleroi, Pennsylvania plant. It builds high-voltage circuit breakers, switchgear, and instrument transformers — the exact gear slowing data center projects. Expect 275 new manufacturing jobs by 2028.
The buildout is pulling real money into the space. The VOLT ETF (Tema Electrification) now holds $738 million in assets. It returned 32.9% over the past year. Power infrastructure has gone from niche trade to must-own asset class.
What fuels all of it? Gas. RBC Capital Markets projects U.S. data center natural gas demand will hit 6.1 billion cubic feet per day by 2030. That's a nearly 20% jump in annual average U.S. powerburn — from a market that barely existed three years ago.
Every signal points the same way: the power grid is Wall Street's next mega-trade.
