• THE GRID
The Month Blackstone and BlackRock Made the Same Bet
Two deals hit my desk this month. Same month. Same thesis. Different buyers.
On July 6, Blackstone agreed to buy Dresser Utility Solutions from First Reserve. Dresser makes gas meters, pressure regulators, and pipeline gear. The stuff that keeps gas and water flowing to millions of homes.
Nobody tweets about pressure regulators. But Blackstone picked this as the first deal from its newest energy transition fund. That tells you something.
"As demands on the energy grid continue to grow, Dresser plays a critical role as a trusted partner to utilities managing essential infrastructure."
Eight days later, BlackRock moved. Its infrastructure arm — Global Infrastructure Partners — agreed to acquire Summit Ridge Energy. Summit Ridge is one of the biggest commercial solar developers in the country. More than 3 gigawatts of projects in its pipeline.
One firm bought gas hardware. The other bought solar farms. But both placed the same bet.
The grid needs a massive rebuild. And it needs it fast.
| U.S. DC Capacity 2026 24 GW | U.S. DC Capacity 2030 110 GW | |
| Utility Capex, 5 Years $1.1T | DC Equipment Mkt 2030 $65B | |
The Key To This $560B Market Is In Your Bloodstream
Today, over half a billion people battle osteoarthritis*, a disease that leads to joint degradation and, eventually, immobility. It’s a $560B annual market, but not a single therapy has been able to actually stop OA.
It turns out the answer has been inside us all along.
A startup named Cytonics discovered that the human body already produces a protein designed to protect cartilage. It just doesn’t produce enough where it's needed most. So Cytonics harnessed it.
Their first-generation therapy has already treated 10,000+ patients. Now they've engineered a 200% more potent, mass-producible version pushing toward FDA approval.
But that's only scratching the surface of why 7,000+ investors have already backed Cytonics.
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Now’s your chance to claim a piece at the pre-clinical stage as an early-stage shareholder. Invest in Cytonics before the opportunity ends later this month.
A PowerLines report this spring reviewed 51 utility earnings calls. Total proposed capex from those companies? At least $1.1 trillion over five years.
That's a record. But it may not be enough.
Utilities move slow. They file rate cases. Wait on regulators. Plan on decade-long timelines.
AI moves fast. Wood Mackenzie projects U.S. data center capacity will grow from 24 GW to 110 GW by 2030. The electrical equipment market alone — transformers, switchgear, panels — will surge from $20 billion to $65 billion over the same period. That kind of growth doesn't wait for utility timelines.
Every new campus needs hundreds of megawatts. Power that takes years to connect, even when the generation exists on paper. The gap between grid supply and AI demand grows every quarter. So private capital is stepping in.
Blackstone and BlackRock are among the biggest private capital firms on Earth. They compete for the same deals. Chase the same investors. They rarely agree.
But both just bet on energy infrastructure. In the same month.
That's a signal. When two of the biggest pools of private capital rush into one trade, it stops being a niche thesis. It's consensus.
And consensus in private equity means the buildout is real. The capital is committed. The shovels are in the ground.
The smartest money in the room isn't chasing AI stocks. It's buying the pipes, wires, and panels that AI can't run without.
See this official SEC document? On page 146 Elon Musk revealed the name of a startup that Jeff believes will be…
Even though this has nothing to do with robots, self-driving cars, or rockets…
This startup is growing faster than Tesla… faster than SpaceX… and even 23 times faster than Nvidia.
That's why The Atlantic called it…
"The fastest-growing business in the history of capitalism." (Click here to get the name, 100% free of charge.)
• WIRED IN
Signals From the Grid
Dresser Utility Solutions — the company Blackstone just agreed to buy — pulls in roughly $1.5 billion in annual revenue making gas meters, pressure regulators, and pipeline fittings. Nobody talks about it. But it sits at the exact intersection of utility capex and gas infrastructure buildout. Blackstone picked it as the first deal from its newest energy transition fund. When the biggest PE firm on earth leads with gas meters, not solar panels, pay attention to what that says about where the grid money is actually going.
Not just PE is moving. NextEra Energy (NEE) reports Q2 on July 24. Wall Street expects $1.01 per share, up about 5% from a year ago. The stock has been quietly lapping the broader market. NextEra sits at the center of both the utility buildout and the renewables pipeline — and it controls a combined generation fleet of more than 110 GW after the Dominion merger.
Another utility giant has been running even harder. Constellation Energy (CEG) is trading near its highs — up nearly 39% over the past 12 months. Q1 GAAP earnings came in at $0.38 per share, down from $2.78 a year earlier. Calpine had doubled its own profits ahead of the deal. The integration math is what matters now.
Want broad exposure? The VOLT ETF (Tema Electrification) shows where money is stacking up. Top five holdings: Bel Fuse (7.1%), Powell Industries (6.1%), Eaton (5.5%), Quanta Services (5.3%), NextEra (5.2%). Every name is a grid builder or power supplier.
Every name in this list is a grid builder or a power supplier. That's not a coincidence. It's the trade.
• VOLTAGE
A Reactor Went Critical on the Fourth of July
At 12:20 a.m. on July 4, a nuclear chain reaction started at Idaho National Laboratory.
Not in some government experiment. In a startup's reactor.
Aalo Atomics — backed by Valor Equity Partners — brought its Aalo-X Critical Test Reactor to criticality. A sustained chain reaction. It became the fourth microreactor to hit this mark under DOE approval.
And it beat the clock. President Trump's Executive Order 14301 directed the DOE to get at least three advanced reactors to criticality by Independence Day. Aalo made it four.
This isn't your grandfather's nuclear plant. The Aalo-X is modular. Small enough to ship by truck. Built to sit next to the data center it powers.
That's the shift. Traditional nuclear takes a decade to permit and build. It connects through the grid — more transmission lines, more delays.
Modular reactors skip all of that. Put the power source next to the load. No new lines. No queue.
The company calls itself "AI-native nuclear." That's not just branding. This reactor exists because AI demand exists.
Wood Mackenzie projects U.S. data center capacity will grow from 24 GW to 110 GW by 2030. The grid can't keep pace. Microreactors are one of the few technologies that can scale alongside the load — behind the meter, on-site, without waiting in a five-year interconnection queue.
Microsoft isn't collaborating with Aalo on a whim. It needs power that scales with AI — not power that waits five years for a permit.
The DOE is pushing. Private capital is investing. And now the hardware works.
The first reactor built for data centers isn't a slide deck. It went critical eighteen days ago.
*Disclaimer:
Source: The Lancet Rheumatology*
This is a paid advertisement for Cytonics Regulation CF offering. Please read the offering circular at https://cytonics.com/
Forward-looking statements are subject to risks and uncertainties. There is no guarantee of performance. Past performance does not predict future results. All investments involve risk, including loss of principal.
