An integrated multi-hazard risk framework applied to the US high-voltage grid finds tropical cyclone wind causes the highest expected daily damage ($137M) while tornadoes drive the largest downstream economic losses ($4.93B/day), with a compound freezing rain/wind scenario producing the most severe
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Measurements from the May 2024 storm show strong correlation between observed and TVA-computed GICs, moderate model performance for magnetic perturbations, and empirical links between GIC magnitude and factors of separation distance, ground conductivity scaling, and geomagnetic latitude.
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A Comparative Multi-Hazard Risk Assessment of the US High-Voltage Transmission Network
An integrated multi-hazard risk framework applied to the US high-voltage grid finds tropical cyclone wind causes the highest expected daily damage ($137M) while tornadoes drive the largest downstream economic losses ($4.93B/day), with a compound freezing rain/wind scenario producing the most severe
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GIC--Related Observations During the May 2024 Geomagnetic Storm in the United States
Measurements from the May 2024 storm show strong correlation between observed and TVA-computed GICs, moderate model performance for magnetic perturbations, and empirical links between GIC magnitude and factors of separation distance, ground conductivity scaling, and geomagnetic latitude.