<strong>The MIT spinout wants to build nuclear reactors in shipyards and barge them to power-hungry data centers -- and it just landed the money to try.
The artificial intelligence boom has a dirty secret: it is breathtakingly power-hungry. Training a single frontier model can consume as much electricity as a small city, and the hyperscalers racing to build new data centers are running headlong into a wall of grid constraints and carbon commitments. On Monday, a startup called Blue Energy stepped forward with one of the most ambitious answers yet, announcing it has raised $380 million in a mix of equity and debt financing to construct the world\u2019s first \u201cproject-financeable\u201d nuclear power plant.
The round was led by VXI Capital, with significant participation from Engine Ventures, At One Ventures, and Tamarack Global. As part of the deal, VXI Capital Managing Director Orin Hoffman and Engine Ventures General Partner Michael Kearney have joined Blue Energy\u2019s board of directors.
Shipyard Reactors, Not Science Projects
Blue Energy\u2019s pitch is deceptively simple: stop trying to invent a new kind of reactor and instead fix the way existing reactors get built. Founded in 2023 by Jake Jurewicz and Matt Slotkin out of MIT\u2019s Nuclear Science and Engineering Department, the company plans to manufacture light water reactor components in shipyards -- controlled industrial environments already equipped to handle massive steel fabrication -- then transport completed modules by barge to installation sites.
\u201cThis is the crux of the issue with nuclear. It\u2019s not the technology; it is how do we get the construction costs and the construction schedule down,\u201d CEO Jake Jurewicz told TechCrunch. He pointed out that the underlying technology is well-proven: \u201cThe nuclear power technology that is most common -- light water reactors -- was originally invented for nuclear submarines.\u201d
The approach, Jurewicz says, \u201creally minimizes the amount of construction on-site, and it moves pretty much everything into a manufacturing environment,\u201d unlocking factory-floor efficiencies that traditional nuclear projects have never achieved.
The Numbers
The capital will fund long-lead equipment procurement, project development, and corporate growth as Blue Energy prepares to break ground on its first facility: a 1.5-gigawatt power plant in Texas, with construction slated to begin in Q3 2026. At full capacity, 1.5 gigawatts is enough to power roughly 1.1 million homes -- or several hyperscale AI data centers.
Blue Energy claims its prefabricated model can deliver a completed plant in approximately 48 months, a dramatic compression compared to the decade-plus timelines that have plagued conventional nuclear construction projects in the United States and Europe. The company is also pursuing a fixed-price contracting model, a rarity in an industry notorious for cost overruns that have torpedoed projects like Westinghouse\u2019s V.C. Summer plant in South Carolina.
A critical regulatory milestone arrived recently when the U.S. Nuclear Regulatory Commission approved Blue Energy\u2019s phased construction approach. Under this framework, the company can initially power its turbines with natural gas while the nuclear systems are brought online -- a bridge strategy that generates revenue earlier in the project lifecycle and reduces upfront capital risk.
Investors See a Market Inflection
The investor enthusiasm reflects a broader conviction that AI-driven electricity demand is creating an unprecedented market opening for nuclear energy. Three major project financing banks reportedly responded positively to Blue Energy\u2019s request for proposals, signaling that the financial community sees the model as bankable.
\u201cBy delivering abundant, affordable nuclear power, Blue Energy is perfectly positioned to meet rapidly increasing near-term energy demand from data centers and advanced manufacturing,\u201d said Orin Hoffman, Managing Director of VXI Capital.
Michael Kearney, General Partner at Engine Ventures, echoed that sentiment: \u201cTheir manufacturing and development approach is what finally positions nuclear to run down the cost curve necessary for rapid deployment.\u201d
A Crowded but Underpowered Field
Blue Energy enters a competitive landscape that includes NuScale Power, X-energy, Kairos Power, Oklo, and Commonwealth Fusion Systems -- all pursuing various flavors of advanced nuclear technology. But where many competitors are designing novel reactor types that still face years of regulatory review, Blue Energy\u2019s bet on proven light water technology and shipyard manufacturing could give it a speed advantage.
The question is whether 48 months and a fixed-price contract will hold up against the brutal realities of nuclear construction. History is littered with projects that promised on-time, on-budget delivery and delivered neither. But with AI companies signing multi-billion-dollar power agreements and grid operators warning of looming capacity shortfalls, the industry may finally have the economic tailwinds to make factory-built nuclear work.
As Jurewicz put it: \u201cBlue Energy is poised to deliver a significantly de-risked product and finally attract the private capital that nuclear deployment has historically struggled to secure.\u201d
If he is right, the reactor that powers the next generation of AI might not be designed in a lab -- it will be welded together in a shipyard and floated down a river.