Loading…
Loading…
Published Oct 16, 2026
Views
1M
Likes
29K
Speed /h
15K
+24h
+268K
Beat 90% of videos its age, 46 h after upload.
Black: this video’s views at each read. Shaded: the median to the top 10% (the board’s reach bar) of all videos of its format at the same age; dashed: their top 1%.
73 of 73 hours read. A gap is an hour we didn’t read close enough to say, not an hour without views.
Our calculations on YouTube API data. Not YouTube metrics.
Position
Dynamics
Engagement
◆ Calculated by viralshooter from YouTube API data. Not YouTube metrics and not endorsed by YouTube.
| Region | Chart | Best rank | First seen |
|---|---|---|---|
| Australia | Category chart | #11 | Oct 19 |
| Canada | Category chart | #16 | Oct 17 |
| United States | Category chart | #18 | Oct 17 |
| New Zealand | Category chart | #25 | Oct 19 |
| United Kingdom | Category chart | #31 | Oct 17 |
| Netherlands | Category chart | #45 | Oct 19 |
| Germany | Category chart | #104 | Oct 18 |
3d
Fields of the video as the YouTube API returns them.
Topics
Title and description in 21 languages
Tags (8)
Description
Ready to be seen? Check that appointment off your to-do list with Zocdoc: https://zocdoc.com/maxinomics #sponsored AI data centers can use a town's worth of power while serving people thousands of miles away. This is the fight over land, water, electric bills, and who pays for the infrastructure behind AI. A single acre used for AI compute can generate millions of dollars each year. Yet a town of 1,000 people may get few jobs while a city-sized box next door draws electricity for users around the world. This video traces data centers from the first public internet exchange in Tyson's Corner to Northern Virginia's Data Center Alley. It explains how GPUs changed data centers, why generative AI demands so much power, what the water headlines miss, and how America's fragmented electric grids decide who pays. Along the way, we compare today's backlash with prisons, interstate highways, and nuclear plants. We also examine electricity auctions, rising capacity costs, new rate rules, and the improbable return of Three Mile Island as a power source for AI. The central question is simple: when the cost lands, is it sitting on the town of 1,000 people—or the company that built the box? IN THIS VIDEO - Why Northern Virginia became the center of the internet - How AI GPUs transformed the economics of data centers - What data centers really use water for - Why the United States does not have one electric grid - How new power demand can raise bills—or finance new supply - Why Three Mile Island is restarting for AI 0:00 Why AI Data Centers Are So Unpopular 2:16 How Data Center Alley Was Born 7:07 What a Watt Actually Measures 9:26 Why AI Uses So Much Power 12:14 Sponsor: Zocdoc 13:33 Why Data Centers Fail the Kitchen-Table Test 17:09 Do Data Centers Drain Local Water? 19:31 How Much Power Is a Gigawatt? 20:34 The Electric States of America 25:49 Why Electric Bills Are Rising 27:03 The Case for Building More 30:48 Nuclear Plants, Interstates, and Who Pays 32:33 Making Data Centers Pay Their Way 33:17 Three Mile Island’s AI Comeback 34:03 Who Ultimately Pays? Follow Maxinomics on social: X: https://x.com/maxinomics Instagram: https://www.instagram.com/maxinomicsmb TikTok: https://www.tiktok.com/@maxinomics Producer: Phil Andrews (the guy in the videos and the comments) Video Editor: Sebastian Vega, Christie Muldoon, and Greg Jacobs Motion Graphics: Seth Laupus & Tom Grillo Director of Production Services: Sam Wolf Thumbnail: Luca Depardon Franchise Content Producer: Tariq Abdellatif
◆ Calculated by viralshooter · all other figures from the YouTube API