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March 2nd, 2026
3 min. read
By Mark Rodgers
By Mark Rodgers, President & Founder, Trailstone Insurance Group
AI is changing how we live and how much power we use. Data centers that run artificial intelligence models are booming across the U.S., using massive amounts of electricity. This surge in demand is stretching parts of the electric grid, especially during cold winters when heating demand spikes. In this post, I explain how AI data centers impact your home and business reliability, what that means for your insurance, and simple steps to protect yourself.
Artificial intelligence runs on computers that need enormous power and constant cooling. Every time a model answers a question, a bank of servers somewhere spins up. Multiply that by millions of users and add companies training new AI models, and you get the fastest growth in electricity demand in decades.
According to the 2025–2026 NERC Winter Reliability Assessment, nearly every U.S. region expects higher winter peak loads this year, with some up near 10 percent. Total peak demand is about 20 gigawatts higher than last winter, while resources rose by roughly half that amount. That imbalance makes the grid more fragile when the weather turns extreme. In short, more computers plus more cold equals more strain on the system.
Data centers do not sleep. They operate 24/7, which flattens the daily demand curve. That means electricity use stays high all day and all night. During winter, the worst pressure hits right before sunrise and after sunset, when it is coldest and solar power is unavailable.
In regions like Texas (ERCOT) and the Southeast, this creates new patterns of energy use that existing systems were not built for. Battery storage is growing, yet batteries need time to recharge and cannot support multi-day events on their own. When a deep freeze hits, power outages are still possible, and AI’s constant demand can make recovery more challenging. ERCOT’s probabilistic model, for example, shows about a 2 percent chance of energy emergency alerts on the winter peak day and a 1.8 percent chance of controlled load shed. These are low odds, but not zero.
As an insurance agency, we see how infrastructure shifts show up in real-world claims.
When the grid is stressed or power goes out:
The link between AI and insurance may sound far-fetched, but it is real. AI growth strains energy supply, power reliability dips, and physical losses rise, which leads to more insurance claims.
We believe in teaching first, not selling. Here are five practical coverage checks you can do today:
Whether you are a homeowner, renter, landlord, or small-business owner, this trend affects you. AI is here to stay, and its appetite for electricity is not slowing down. By understanding the connection between technology and energy reliability, you can make smarter insurance decisions before the next storm hits.
At Trailstone, we lead with the Heart of a Teacher. We explain what is changing, how it impacts you, and how to prepare, without fear tactics or confusion. We also Think Big, Move Fast, and Act Smart, so you get relevant insights before they make headlines.
Reach out to Trailstone via our website www.trailstoneinsurance.com or give us a call. Trailstone will provide a complimentary review of your insurance and a written summary of your winter coverage.
Source: NERC 2025–2026 Winter Reliability Assessment. Demand growth, regional risk indicators, natural gas constraints, and ERCOT probabilities are summarized above.
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