The 45-Gigawatt Question: Inside the Hyperscaler Nuclear Stack and What 2027 Actually Delivers
Hyperscalers have signed 45 GW of nuclear offtake. Nine-point-eight GW is on a real schedule. Only one project delivers electrons in 2027. Here is why.
Hyperscalers have signed 45 GW of nuclear offtake. Nine-point-eight GW is on a real schedule. Only one project delivers electrons in 2027. Here is why.
Two private fusion machines crossed milestones this quarter that ITER won’t reach until 2039. Q>1 is no longer a physics question — it’s a schedule question.
Field-reversed configuration could skip the steam cycle entirely. Inside Helion Polaris and direct energy conversion.
HALEU is the load-bearing constraint under America’s next-generation reactor program. The US makes under 1 tonne a year and needs 40.
On May 18 the NRC cleared X-energy’s Dow Seadrift HTGR ahead of schedule. The point is not the megawatts. It is the 750-degree steam.
Seadrift Is the Test: When Nuclear Stops Selling Electrons and Starts Selling Steam Read More »
The NRC just gave Kairos 28 more months on Hermes 1. Eight days earlier, Kairos broke ground on Hermes 2. Here’s why both happened — and what it means for AI.
Kairos Hermes 1 Slipped to 2029. Hermes 2 Just Broke Ground. Both Are the Right Answer. Read More »
Commonwealth Fusion Systems lowered the second half of the SPARC vacuum vessel in May 2026. The path to Q greater than 1 is now a hardware question.
SPARC Just Hit 75% Complete. Now the Hyperscalers Are Watching. Read More »
Kemmerer Unit 1 is the first U.S. utility-scale advanced reactor under construction. It’s a sodium-cooled fast reactor with a built-in 300 MWh molten-salt battery.
The Sodium Fast Reactor With a 300 MWh Battery Just Broke Ground in Wyoming Read More »

The U.S. refining configuration is built for gasoline. The market wants distillate. Here is what a 10,000-bpd modular, distillate-first refinery looks like — and why the build window is open.
The Micro-Refinery Renaissance: Why Distillate-First Will Win the 2030s Energy Mix Read More »