Helion Becomes First U.S. Fusion Energy Company to Secure All Regulatory Approvals

0xBroomberg
Published 2026-06-16About 6 min read

Helion has obtained both required permits from Washington State, becoming the first US fusion energy company to clear all regulatory hurdles — bolstering its timeline to deliver power to Microsoft by 2028.

01

What exactly did this permit approve?

Helion secured both regulatory permits from Washington State's Department of Health — a first for any US fusion company.
This means → fusion has crossed from lab-stage concept to legally permitted construction, with regulation no longer the bottleneck.
The company has already broken ground on a fusion reactor in Malaga, Washington.
02

Is the Microsoft power deal still on track?

In 2023, Helion signed a deal with Microsoft to deliver at least 50 megawatts of power by 2028 at the latest.
In plain terms = 50 MW is roughly enough to run a mid-size data center — Microsoft is betting fusion can power AI compute.
This permit fills in the regulatory piece of that timeline — but whether the technology delivers on schedule remains an open question.
03

How is fusion different from today's nuclear plants?

Nuclear fusion — squeezing light atoms together at extreme temperatures to release energy, the same process that powers the sun — has not yet been commercialized.
Unlike fission plants, fusion produces no long-lived radioactive waste — its biggest selling point.
In 2023, the US Nuclear Regulatory Commission ruled that fusion does not require the complex regulatory framework applied to fission, significantly lowering the bar.
04

Where is the skepticism focused?

Critics' core concern: Helion has not published sufficient peer-reviewed papers, leaving technical details under-disclosed.
CEO David Kirtley pushed back directly — the company's priority is building a power plant, not publishing papers.
He added that external peers have verified the prototype reached 150 million °C — a threshold Helion considers critical for triggering fusion in its machine.
This reflects a broader tension in the fusion industry: the trade-off between commercial speed and academic transparency.

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