{"id":256516,"date":"2025-07-11T15:34:12","date_gmt":"2025-07-11T15:34:12","guid":{"rendered":"https:\/\/www.europesays.com\/uk\/256516\/"},"modified":"2025-07-11T15:34:12","modified_gmt":"2025-07-11T15:34:12","slug":"marin-katusa-the-town-that-accidentally-became-the-internets-power-outlet","status":"publish","type":"post","link":"https:\/\/www.europesays.com\/uk\/256516\/","title":{"rendered":"Marin Katusa: The town that accidentally became the internet\u2019s power outlet"},"content":{"rendered":"

\"Marin<\/p>\n

Reprinted from the\u00a0Katusa\u2019s Investment Insights<\/a>\u00a0newsletter<\/p>\n

One year ago this week, the lights stayed on in Northern Virginia by pure luck. At 7 p.m. on July 10, 2024, a single piece of equipment failed near Fairfax. Within milliseconds, data centers processing 70% of the world\u2019s internet traffic began dropping off the grid like dominoes.<\/p>\n

Grid operators at PJM watched their control screens flash red. Power plants had to slash output instantly. Dominion Energy held its breath as the system teetered on the edge of cascading blackouts that could have darkened the entire East Coast. We came that close to learning what happens when Google goes dark.<\/p>\n

The North American Electric Reliability Corporation was so alarmed that they launched an emergency task force within weeks.\u00a0\u201cThe grid is not designed to withstand the loss of 1,500-megawatt data centers\u201d, it concluded.<\/p>\n

Here\u2019s the terrifying part: Since that near-miss, data centers have only gotten bigger. Dominion alone now has 40 GW of contracted power for data centers, up 88% since last July. By 2030, grid operator PJM expects 32 GW of increased demand on its system, with all but two of those gigawatts coming from data centers.<\/p>\n

We\u2019re not building infrastructure fast enough to prevent the next failure. And this time, we might not be so lucky. That lightning arrestor failure last July exposed what tech executives have been whispering about for years.<\/p>\n

The power secret everyone knows but won\u2019t talk about<\/p>\n

Ask any tech executive about their biggest fear, and after a few drinks, they\u2019ll tell you the truth. It\u2019s not competition. It\u2019s not regulation. It\u2019s electricity.<\/p>\n

Training a single large AI model burns through 1 gigawatt-hour of electricity. That\u2019s enough to power 1,000+ American homes for a month. The math is terrifying. By 2028, data centers will consume up to 12% of total U.S. electricity, up from 4.4% in 2022. In six years, your ChatGPT queries and Netflix binges could use more power than the entire state of New York.<\/p>\n

For half a century, U.S. electricity demand grew at a sleepy 2-3% a year. Today, it\u2019s exploding at 20-25% annually. That\u2019s 20 gigawatts of new capacity needed every year, an entire Portugal\u2019s worth of power generation.<\/p>\n

Look at this projection and tell me we don\u2019t have a problem:<\/p>\n

\"Marin<\/p>\n

But here\u2019s the kicker: All that data, every Google search, every Instagram post, every Zoom call has to physically travel somewhere. And for 70% of global internet traffic, that somewhere is a nondescript \u201cparking lot\u201d in Virginia Beach.<\/p>\n

The most valuable real estate nobody\u2019s heard of<\/p>\n

Most people have no idea that 70% of the world\u2019s internet traffic flows through Northern Virginia. It started innocently enough. A few data centers popped up near Washington D.C. in the 1990s, close to government agencies, good fiber networks and stable power. Nothing special.<\/p>\n

Fast forward to today: Northern Virginia runs about 6,000 megawatts of data center capacity. That\u2019s enough electricity to power six million homes running everything at once. The region has more data centers than the next three largest U.S. markets combined.<\/p>\n

Drive down General Booth Boulevard in Virginia Beach, and you\u2019ll pass what looks like the world\u2019s most boring office park with no signs and no logos. Just some squat concrete buildings behind serious fencing. What\u2019s hidden inside changes everything.<\/p>\n

Inside those buildings, massive underwater cables surface after crossing entire oceans, Microsoft and Meta\u2019s lines from Spain, Google\u2019s from France, Latin America\u2019s digital economy flowing through fiber from Brazil. This is where the cloud actually touches the ground.<\/p>\n

From this landing point, 20 miles inland, that data hits Northern Virginia\u2019s data center cluster. That\u2019s 51 million square feet of servers, cooling systems and backup generators. It\u2019s the largest concentration of computing power on Earth.<\/p>\n

When geography becomes destiny<\/p>\n

This didn\u2019t happen by accident. Northern Virginia had three things Silicon Valley didn\u2019t: proximity to government agencies (early cloud adopters), cheaper land and, crucially, access to massive power generation. But now those advantages have become a bottleneck.<\/p>\n

Dominion Energy, the regional utility, just announced a five-year waiting list for new large power connections. So, if you want to build a data center in the world\u2019s data center capital today, you\u2019ll get power in 2030. Maybe.<\/p>\n

That\u2019s why Microsoft just agreed to pay Constellation Energy to restart Three Mile Island \u2014 yes, that Three Mile Island. They\u2019re so desperate for reliable power, they\u2019re bringing back a nuclear plant that\u2019s been shut down since 2019.<\/p>\n

Government policy is making it worse. It takes 5-10 years to approve new transmission lines. Environmental reviews for power plants can take even longer. Meanwhile, AI companies needed power yesterday. This desperation for power is creating a fundamental shift in how we measure economic dominance.<\/p>\n

The electro-dollar emerges<\/p>\n

For a century, controlling oil meant controlling the global economy. But something fundamental has shifted. Look at this chart showing how much electricity different countries need to generate a dollar of GDP:<\/p>\n

\"Marin<\/p>\n

The U.S. has gotten dramatically more efficient, using 37% less electricity per dollar of GDP per capita than in 2013. We\u2019re squeezing more economic value from every electron. Meanwhile, we have:<\/p>\n