Data centers told to pitch in as storms and cold weather boost power demand

Data centers told to pitch in as storms and cold weather boost power demand

Data centers told to pitch in as storms and cold weather boost power demand

https://theconversation.com/data-centers-told-to-pitch-in-as-storms-and-cold-weather-boost-power-demand-274604

Publish Date: 2026-02-03 08:34:00

Source Domain: theconversation.com

  • Winter Storm Fern Impact: Winter Storm Fern in late January 2026 left over a million people without power in the Southeast U.S., triggering a rise in air pollution due to higher demand for electricity.

  • Federal Authorization: Energy Secretary Chris Wright authorized PJM, ERCOT, and Duke Energy to ask large power-consuming businesses, including data centers, to use their backup generators to ensure enough power supply despite pollution concerns.

  • Data Center Energy Demand: Data centers, crucial for supporting generative AI, consume vast amounts of energy and their power demands are increasing, raising electricity prices and concerns about environmental impact.

  • Demand Response Programs: Traditionally, data centers have requested reliable power 24/7; however, new strategies like demand response programs can reduce grid strain during emergencies and peak times.

  • Potential for Flexibility: Research suggests that flexible power use by data centers could add an additional 100 gigawatts of grid capacity, mitigating the need for new generation and transmission infrastructure.

  • Distributed Energy Solutions: Implementing distributed energy generation and storage, like rooftop solar and batteries, along with winterizing power lines and renewables, could enhance grid resilience during and after winter storms.

  • Long-Term Outlook: While onsite diesel generators provide emergency relief, long-term solutions should involve data centers, utilities, regulators, and grid operators to consider combined on- and offsite distributed energy strategies. This could lower energy prices, minimize pollution, and enhance resilience against extreme weather.