EP13 - Small Modular Reactors & Data Centers

Explore how small modular reactors could power AI data centers and distributed energy microgrids. Learn the economics and engineering of factory-built nuclear reactors that promise to make nuclear power cost-competitive through manufacturing scale.

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I've pivoted, Kurumi. I'm not a warlord anymore. I'm building the brain of God. The AI!

This God has more demands for energy than your obedience.

No! Don't throttle!

We need 500 Megawatts constant load! The grid keeps browning out!

I tried Solar panels on the roof, but the AI gets dumb at night!

You can't run a 24/7 brain on 9-to-5 sunlight, Shez.

You need **Baseload**. Steady, boring, unkillable power.

Nuclear! I still have the blueprints for the big dome!

I'll build a 1 Gigawatt plant right here in the parking lot!

A conventional plant takes 10 years to build.

By the time you finish, GPT-10 will have already uploaded itself to the moon.

You don't need a Cathedral. You need a **Battery**.

Or rather, a nuclear reactor that acts like a product.

Enter the **SMR (Small Modular Reactor)**.

Big Nuclear is **Civil Engineering**. Every plant is a unique construction project. Delays. Overruns.

SMR is **Manufacturing**. You build the reactor in a factory. You truck it to the site.

It's 20m tall. 5m wide.

You dig a hole. You drop it in. You plug it in.

Like an AA battery?

An AA battery that outputs 77 Megawatts for 2 years.

So I can put it right here? Next to the servers? Won't the radiation flip the bits?

No. And because it's small, the **EPZ (Emergency Planning Zone)** shrinks.

Big reactors have a lot of heat. If they break, they need a lot of space.

SMRs have less fuel. They are easier to cool.

The NRC says you can just put the fence right next to the building.

Okay, so I drop a Six-Pack of these in the ground. 460 Megawatts. I can plug them straight into the servers!

This is the **Behind the Meter** model. Usually, you pay the Grid to move the electrons. Transmission fees. Congestion pricing.

By co-locating, you cut the cord. You delete the middleman.

I'm creating an energy island.

Even if the city goes dark, the AI keeps thinking.

That is **Energy Sovereignty**. It's what Amazon and Microsoft are paying billions for right now.

But is it safe?

If the AI becomes evil and shuts off the cooling pumps... does it melt?

Remember the Submarine episode? **Natural Circulation**?

The Lava Lamp effect?

SMRs are designed to be **Passively Safe**.

The core is at the bottom. The heat exchanger is at the top. Convection moves the water. No pumps required.

If the power goes out... it just sits there and cools down.

Physics does the work. You can't hack gravity.

It's perfect. Constant power. No carbon. Fits in the parking lot. Why isn't everyone doing this?

Because the **Factory** doesn't exist yet.

To make SMRs cheap, you need to build them like how Boeing builds 737s.

You need an order book of 500 units to justify the assembly line.

Everyone wants to buy Serial Number #100 (Cheap). Nobody wants to buy Serial Number #1 (Expensive prototype).

It's a Chicken and Egg problem.

Until now. Because now **Big Tech** has infinite money.

The AI race is so desperate for power, they are willing to overpay for the prototypes.

Our hype for AI is going to subsidize the nuclear renaissance.

I'm going to pre-order ten.

I'll be the first Carbon-Negative AI Warlord.

...Data Center Operator.

The Steam Engine started the Industrial Revolution.

The SMR will start the Intelligence Revolution.

It's all just boiling water, Shez. We just found a better fire.

Wait. If I have a nuclear reactor... and infinite compute...

Can I mine Bitcoin too?

Yes. You can monetize the waste heat.

**Nuclear-Powered Crypto-AI**.

The buzzwords alone will raise a billion dollars. This is a venture capitalist's wet dream!

Just make sure you get the **NRC License** first. Or the only place you'll be trading is federal prison.