Is it possible for atmospheric temperatures to cause a blackout? - tlooto, The Most Powerful AcademicGPT

Atmospheric temperatures, while not directly shutting off power, are a critical factor in the genesis and propagation of blackouts. Extreme heat or cold induces both direct physical stresses on infrastructure and indirect systemic vulnerabilities. The interconnected mechanisms through which temperature events provoke blackouts are well documented in empirical studies and modeling research. 1. Load Demand and Overstress High or low atmospheric temperatures sharply alter domestic, commercial, and industrial electricity demand. Heat waves notably increase the use of air conditioning, thereby driving up peak load to or beyond system capacity; cold snaps, especially in regions where electric heating is prevalent, exert a similar effect via heating loads[1][2][3]. When demand approaches or exceeds grid capability, utilities may need to implement rolling blackouts or face uncontrolled system collapses, as the surging load can overload transformers and transmission lines, risking cascading fai