• THE GRID
OpenAI Just Promised to Turn Off the Lights
One gigawatt. That's how much power OpenAI says it will shed from its Georgia data center campus when the grid gets stressed.
One gigawatt is enough to run 700,000 homes. And OpenAI is offering to give it back — on command — during heat waves, storms, or any emergency that strains the power supply.
The announcement came Monday under a new program called Grid Protectors. The idea is simple. OpenAI builds a massive campus. It signs a deal with the local utility.
And baked into that deal is a promise: when the grid needs relief, we'll throttle down.
Campus Capacity
3.2 GW
| Flexible Demand
1 GW
|
Est. Annual Savings
$950M
| Homes Equivalent
700K
|
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The pilot site is Effingham County, Georgia. OpenAI's 3.2-gigawatt campus there — the largest single power user in the state's history — locked in a 25-year deal with Georgia Power in July. Under the terms, Georgia Power can call on OpenAI to cut up to 1,000 megawatts during peak stress. OpenAI also pays the full cost of the transmission lines and grid upgrades the campus needs.
Georgia Power says this deal structure lets it build less new generation. The result? An estimated $950 million a year in savings for all Georgia Power customers starting in 2029.
"We know every dollar counts, and we know that in many parts of the country growth is pushing electric rates up. That is not happening in Georgia."
Now OpenAI wants to take Grid Protectors national. John McCarrick, OpenAI's head of energy policy, told Axios the program reflects a shift in how the industry thinks about grid impact.
The timing is not random. Voters in 10 states just faced 41 data center ballot measures yesterday. Some 173 million Americans now live within 20 miles of an operative data center. Public anger over power bills is real.
OpenAI is trying to flip the script. The old pitch: "We need your power." The new pitch: "We'll give it back when you need it most."
Google and Nvidia are moving the same way. In September, they launched the AI Energy Management Alliance with startup Emerald AI. The goal: data centers that flex their load in real time.
I'm watching to see if this scales. One campus is easy. A national fleet of flexible data centers is a different animal. But the direction is clear.
The companies that learn to be grid assets — not just grid loads — will be the ones that get built.
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• WIRED IN
Signals From the Wire
Four signals crossed my desk this week. Earnings, engines, ETF flows, and a fight brewing in Norway. Each one tells you where the money in power is headed.
MasTec (MTZ) posted Q3 results on October 29 that blew past estimates. Revenue hit a record $5.2 billion, up 30% from a year ago. Its 18-month backlog surged to $24.5 billion — a 46% jump — with Power Delivery growing 65%. CEO Jose Mas credited "strong Power Delivery results." The grid build is not slowing down.
Speaking of grid builders — or grid bypassers — Innio, the German engine maker, signed a 620-megawatt gas engine deal with an unnamed U.S. data center developer in September. That's on top of a 1.1-gigawatt order from July. Total contracted: 1.72 GW of on-site power. Data centers aren't waiting for grid hookups. They're building their own plants.
The Tema Electrification ETF (VOLT) has swelled to roughly $995 million in assets, up from $500 million in April. That's nearly a doubling in about six months. Money keeps flowing into the grid-build trade even as some tech names stumble. VOLT tracks the biggest names in switchgear, transformers, and power infrastructure.
Across the Atlantic, Norway's parliament called an emergency debate on data centers. New forecasts show projects already approved could demand 25 terawatt-hours a year by 2035. That's eight times current usage. The sector barely existed in Norway three years ago. Now one political party is pushing an outright ban. The backlash isn't just American anymore.
Grid builders are crushing earnings, behind-the-meter power is booming, and capital is chasing electrification — even as the political heat spreads across borders.
• VOLTAGE
52 Gigawatts and Counting
Three years ago, U.S. grid-scale battery storage was a rounding error. A niche. Today it's 52 gigawatts.
The EIA reported that utility-scale battery capacity hit nearly 52 GW by June 2026. That's after adding 8.3 GW in just the first half of this year. Over the past three years, capacity grew at an average pace of 70% per year.
And there's more on the way. Developers have 54 GW of new projects planned through 2028. That breaks down to 14 GW later this year, 26 GW in 2027, and 14 GW in 2028.
If those projects land, the U.S. crosses 100 GW of grid batteries before 2029.
Why does this matter for the data center trade? Because batteries are what make demand response real. OpenAI can promise to cut a gigawatt during a grid emergency.
But the grid still needs that power to come from somewhere. Batteries fill the gap.
Every new gigawatt of storage makes the grid more elastic. More elastic grids can absorb more data center load without breaking.
And that makes the whole AI buildout more viable — both on the grid and at the ballot box.
Batteries are the quiet enabler of everything happening in power right now. At 70% yearly growth, they're the fastest-scaling grid hardware in the country — and the piece that ties the whole story together.
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