AI is hungry. Very hungry. And it&#x27;s coming for your electricity. Every ChatGPT prompt, AI image, Google search, streaming video, and cloud application runs inside massive data centers that consume enormous amounts of power. But where will that power come from? And who&#x27;s going to pay for it? In this episode of The Energy Show, Barry explains why utilities, data centers, and consumers are headed for a collision course over electricity. In this episode: • Why data centers are rated by megawatts instead of computing power • Training AI vs inference AI: what&#x27;s the difference? • Why AI data centers create massive power spikes • The surprising role batteries play in modern AI facilities • Why utilities are struggling to keep up with demand • The environmental promises Big Tech may not be able to keep • Four possible futures for AI, utilities, and electricity prices Bottom line: AI needs power. Utilities want profits. Rooftop solar and battery storage could solve the problem faster. #DataCenters #ArtificialIntelligence #AI #ElectricityRates #UtilityBills #SolarEnergy #BatteryStorage #RenewableEnergy #EnergyPolicy #GridInfrastructure #EnergyTransition #RooftopSolar #EnergyStorage #CleanEnergy #PowerGrid #TheEnergyShow #BarryCinnamon #CinnamonEnergySystems #AIInfrastructure #EnergyEconomics

AI is Eating the Grid

The Energy Show

# Full Transcript

**Podcast:** The Energy Show

## Participants

- **Barry Cinnamon** (Cinnamon Energy Systems)

## Transcript

So, you want to save the world with clean energy? Make money doing it? Confused about the economic and technical realities of residential and commercial solar, batteries, heat pumps, EVs? Want the real world scoop on new energy technologies, not manufacture hype? Then tune in to the Weekly Energy Show, hosted by Barry Cinnamon. Insights from Barry's 40-plus years in the solar and energy industry will help you understand the future ways we'll generate and consume energy.

And now, here's Barry. Welcome to this week's Energy Show. Now, when it comes to electricity, it seems like data centers are gobbling up all of our available electrons. They're possibly going to be raising electric rates for everyone, and that's creating a consumer backlash, which isn't obviously good for consumers, isn't good for data centers, and may not even be good for the utilities.

But the question is, why do data centers need so much power? So, on this week's Energy Show, we'll answer that question and go into some of the details about data centers, some of the jargon that's used, and some of the rationale for why they're designed the way they are designed. All right. So, first, simple, what do data centers need all that power for? Well, the answer is every electronic device needs electricity to operate.

From your car remote control with that tiny little battery in there, to your desktop computer plugged into the wall, to server farms, to massive data centers. And the electronics get hot as they use more power. They've got capacitors, they've got transformers, they've got wiring, they've got chips that get really, really hot. They need heat sinks. All that electricity, all that power is turned into heat. And everything that gets hot needs cooling, otherwise it's going to get too hot to operate.

And as you know, electronics generally don't like a lot of heat. The hotter they run, they're often slower. They slow the clock speeds down so they don't get as hot. And they typically have a shorter lifespan. The hotter things get, the less time they last. And the other thing about electronics is there's more resistance in the wires when things get hotter. So, that slows things down and actually creates even more heat.

So, let's kind of just conceptually draw a box around a giant data center building. There's huge amounts of electricity going in. And there's huge amounts of heat being dissipated. You've got to get rid of that heat. And the product from a data center is basically just data. And that data goes out in flashes of laser light into slender bundles of fiber optic cables. It's not like we're manufacturing something.

It's not like we're converting one form of energy into another. Basically, all that power is being used to do the data crunching and send out those signals over fiber. And everything else is heat. Based on the first law of thermo...

AI is Eating the Grid

Transcript

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AI is Eating the Grid

Transcript

Built for investment professionals

Every day you wait, your competitors are findingedge in conversations you're not hearing.

Every day you wait, your competitors are finding
edge in conversations you're not hearing.