Will This Unlock The True Power Of Nuclear Energy? | Matt Lozak, Aalo Atomics

100 gigawatt data center surge

AI hyperscalers require 100 gigawatts of new power in the US within five years, creating unprecedented urgency and willingness to pay 15 cents per kilowatt-hour for rapid, reliable base-load energy.

Global deployment disparity

China currently has 39 nuclear reactors under physical construction while the United States has zero underway, highlighting a critical infrastructure deficit and competitive disadvantage.

Natural gas bottleneck

While natural gas currently powers most new data centers, easily accessible reserves are largely tapped out, removing the primary alternative and creating a market opening for modular nuclear solutions.

Walk-away passive safety

Modern micro-reactors feature inherent safety designs that eliminate meltdown risks without requiring external power or operator intervention, reducing emergency planning zones to the plant fence boundary.

Sodium coolant manufacturing advantage

Using liquid sodium instead of water enables thin-walled vessels that can be rolled in hours rather than the 6-12 month lead times required for thick forged vessels in traditional pressurized reactors.

Optimized sizing for mass production

Aalo's 10-megawatt modules hit a manufacturing sweet spot—small enough for factory mass production but large enough for economic viability, while avoiding exotic fuels that constrain supply chains to 40 gigawatts annually.

Unprecedented development velocity

Founded in October 2023, Aalo grew to 150 employees, raised $220 million, and is activating its first reactor within weeks—a timeline unmatched in the nuclear industry.

Crusoe Energy partnership

Aalo will power the world's first co-built nuclear data center with Crusoe early next year, using standardized modular systems to demonstrate commercial viability for AI infrastructure.

Henry Ford manufacturing approach

Unlike historical one-off gigawatt reactor builds that prevented economies of scale, Aalo employs standardized manufacturing to enable rapid fleet deployment and continuous cost reduction across units.