EEI awards Duke Energy national Emergency Recovery Award for Winter Storm Fern response in the Carolinas

Duke Energy just picked up the Edison Electric Institute’s Emergency Recovery Award for how it handled Winter Storm Fern — a January 2026 storm that knocked out power to nearly 200,000 customers across the Carolinas. EEI announced the honor at its September Board of Directors and Chief Executives Meeting.

The award comes from the national association representing U.S. investor-owned electric companies, given to utilities that show standout restoration work after major weather events.

Duke Energy receives EEI Emergency Recovery Award

EEI selects winners through a formal nomination process, with a panel of judges reviewing each submission before announcing results at the September meeting. For Duke Energy, what ultimately made the difference came down to preparation, how resources were coordinated across a wide region, and the way crews executed when conditions got difficult.

Icy roads, downed trees, and frozen equipment made conditions dangerous for restoration crews trying to assess and fix damage spread across a wide area.

EEI president and CEO Drew Maloney zeroed in on the people behind the win. “This honor reflects the skill and determination of Duke Energy’s workforce, which prepares year-round through planning, training and investments in grid resilience so crews are ready to respond when customers and communities need them most,” he said.

Winter Storm Fern causes widespread outages across the Carolinas

Winter Storm Fern rolled through the Carolinas in January 2026 carrying a rough mix of freezing rain, sleet, and snow — a combination that hit power infrastructure hard and pushed outages to nearly 200,000 Duke Energy customers across the region.

Western North Carolina and Upstate South Carolina took the worst of it. Icy roads, downed trees, and frozen equipment made conditions dangerous for restoration crews trying to assess and fix damage spread across a wide area.

Winter storms are a different animal than hurricanes or thunderstorms. Ice adds serious weight to power lines and branches, causing failures that are often harder to locate and repair than typical wind damage. It’s slower, more painstaking work by nature.

Restoration effort: Workforce mobilization and timeline

Duke Energy moved fast and went big. More than 15,000 lineworkers, vegetation workers, and damage assessors were deployed across the Carolinas — a mobilization that set the pace for everything that followed.

The numbers are hard to argue with. Within 24 hours, 95% of affected customers had power back. Within 48 hours, all nearly 200,000 customers were fully restored — a timeline EEI specifically called out when presenting the award.

Scott Batson, Duke Energy’s executive vice president and chief power grid officer, said the speed came from work done long before Fern arrived. “Storm response starts long before the weather arrives,” he said, pointing to year-round readiness, resource coordination, and operational discipline as the foundation. EEI framed the award the same way, recognizing not just what crews did during the storm but the preparation that made it possible.

Self-healing grid technology reduced outage impact

Duke Energy didn’t just rely on boots on the ground. Self-healing grid technology was also deployed during Winter Storm Fern — a system that automatically reroutes power around damaged sections, reducing the number of customers who lose power in the first place.

During the January storm, that technology prevented nearly 27,000 additional customer outages, with its biggest impact felt in Western North Carolina and Upstate South Carolina, exactly where the storm hit hardest.

For customers, the difference was real and measurable. Duke Energy estimates the self-healing system saved affected customers almost 150,000 total hours of outage time. During a winter storm, that’s 150,000 hours of heat, lighting, and basic necessities people kept rather than lost.

Self-healing grid systems are part of a wider push to build infrastructure that responds to disruptions faster, with less need for manual intervention. Fern offered a live demonstration of what those investments actually look like under pressure.

Background: EEI, Duke Energy, and grid resilience investment

EEI represents all U.S. investor-owned electric companies. Its members serve nearly 250 million Americans across all 50 states and the District of Columbia, and the broader electric power industry supports more than 7 million jobs nationwide. The Emergency Recovery Award is one way EEI publicly recognizes member companies for strong performance when it counts most.

Duke Energy ranks among the largest energy holding companies in the country. Its electric utilities serve 8.6 million customers across six states — North Carolina, South Carolina, Florida, Indiana, Ohio, and Kentucky — with a combined energy capacity of 55,100 megawatts, and its natural gas utilities serve an additional 1.7 million customers.

The company is in the middle of an energy transition it describes as ambitious, investing in grid upgrades alongside cleaner generation sources including natural gas, nuclear, renewables, and energy storage. Batson made clear that storm planning isn’t a seasonal exercise — it’s woven into how the company operates all year.

The EEI Emergency Recovery Award puts formal recognition behind what Duke Energy‘s Winter Storm Fern response already demonstrated: nearly 200,000 customers restored within 48 hours, 95% of them back online within the first 24, with more than 15,000 workers in the field and technology that stopped another 27,000 outages from happening at all.

Kelly Lippke

Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.