The Invasion Has Begun
America is about to need a lot more electricity.
The question is, are we ready?
For nearly 20 years, electricity demand in the United States barely moved. Utilities became accustomed to an electric grid where demand grew slowly and predictably...and rarely.
That era is over.
By 2030, U.S. electricity consumption is expected to increase by around 20%, while peak demand could climb from around 760 GW - what we use today, to anywhere from 850 and 930 GW. One recent analysis by the U.S. Energy Information Administration (1) estimates the potential gap between current generation capacity and 2030 peak demand could to reach 170 GW.
That's 170,000 megawatts of potential additional capacity needed.
To give you a little context, 170MW of power is equal to about 11,333.33 homes pulling 15kW each.
Where are we going to get all that power from?
And, the biggest problem of all, though most Americans don't even realize it is an issue...even if we had a reliable, affordable source of power, how will we distribute that power using our outdated grid?
We can barely handle what we are loading onto the grid now. Adding another 20% would absolutely push the existing infrastructure over the edge.
Think of it like Operation Overlord.
Before Allied forces landed at Normandy on that historic day in June of 1944, an extraordinary buildup was taking place across the English Channel.
Troops. Ships. Aircraft. Vehicles. Fuel. Equipment.
The invasion hadn't reached the beaches yet—but anyone looking across the Channel could see what was coming. I mean, can you imagine? From the soldiers standing sentry on the beaches of German occupied France to the members of the French Resistance who had helped the allied troops map out the Atlantic Wall, the view must have been powerful, no matter what side you were fighting for. Tensions were mounting. Anticipation of an allied attack was rumored. The Germans knew a massive Allied invasion was imminent, but despite all of their intelligence, they failed to isolate the exact where and the exact when. The signs were there. Something was afoot.
Change never occurs without warning.
America's electric grid is experiencing its own massive buildup.
Except this time, what's assembling offshore isn't an army.
It's artificial intelligence, data centers, advanced manufacturing, semiconductor plants, electric vehicles and the continued electrification of the American economy.
And they're all hungry for the same thing: Electricity.
Data centers are particularly significant because their demand doesn't behave like normal residential or agricultural load. They can operate continuously, creating enormous 24/7 loads concentrated around particular substations and transmission corridors. Targeting the areas of the country with the available land, workforce, and transmission access...the southeastern US.
Meanwhile, manufacturing reshoring is adding another layer of round-the-clock demand from relocated factories, semiconductor facilities and advanced manufacturing plants.
What does any of this have to do with a poultry farmer?
Potentially, quite a lot.
When you flip on tunnel fans in July, you're buying electricity from the same interconnected system being asked to accommodate all this new demand.
Your farm may be 100 years old.
Your poultry houses may have been there for 30 years or more.
But your farm is about to compete for electricity in an energy economy that looks very different from the one in which it was built.
The question isn't whether America will produce more electricity.
We will.
The question is how quickly we can build it, how much it will cost, and who will ultimately have to pay for the infrastructure necessary to deliver it. Well, I guess that is three questions, the truth is, this problem creates quite a few problems for the American public and "one day" or some time in the future is getting closer by the second.
NEXT: Part 2 - The Grid Wasn't Built for This
Why America's electricity problem isn't simply about generating more power—and why rural America has a particular reason to pay attention.
