Power After the Storm

Achieving Grid Resilience in a Climate-Changed World

Rachel Licker, Sam Gomberg, Amanda Fencl, Sital Sathia

Published Jan 8, 2026

Downloads Read online

Key Findings

Extreme weather events were behind all the biggest blackouts in the Central US over the last decade, impacting hundreds of thousands of customers.
The most damaging events were nearly always caused by extreme weather events occurring simultaneously or within short succession, making the impacts far worse.
Climate change is projected to worsen extreme events—investments in the grid must be resilient to this climate reality.

Communities across the central United States are facing a harsh and dangerous reality: extreme weather events have caused all of the last decade's biggest blackouts, each time leaving hundreds of thousands of customers without power at the very moment it was needed most.

As climate change can exacerbate extreme events like thunderstorms, hurricane-driven rain, and snowstorms in the region, the need for science-based, proactive grid modernization is more pressing than ever. The responsibility to keep the lights on amidst this climate reality—and ensure that underlying energy injustices are not perpetuated—falls particularly on utilities, regional transmission organizations, and state leaders.

Downloads

Citation

Licker, R., Susanne Moser, Sam Gomberg, Amanda Fencl, Sital Sathia, and Jayson Toweh. 2026. Power After the Storm. Union of Concerned Scientists. https://doi.org/10.47923/2026.16071

Related resources