El desencadenamiento de una serie de eventos naturales catastróficos (tales como
terremotos, tsunamis, incendios forestales, tornados, etc.), han provocado que los sistemas …

Even though the concept of resilience is becoming widely used in electric power systems,
there is no consensus on how to systematically model or quantify it. This article begins by …

Los sistemas eléctricos de potencia están expuestos frecuentemente a daños asociados a
fallas inherentes a los componentes del sistema ya fallas exógenas (por ejemplo: rayos …

En el presente documento se presentan los criterios y metodología utilizados para evaluar
las contingencias simples y dobles en el sistema eléctrico ecuatoriano que opera …

Electric power systems are threatened by the occurrence of natural disasters (such as
volcanic eruptions, earthquakes, hurricanes, among others), which cause important damage …

Countries around the world suffer the dramatic impact of earthquakes and other natural
hazards reflected in casualties, infrastructure damage, service interruptions, and recovery …

Electric Power Networks (EPNs) are exposed to the occurrence of highly disruptive natural
events such as large earthquakes. The physical damage to EPN components due to seismic …

The prediction of disaster increment in the upcoming year requires a proper strategy to
prevent a widespread impact in electrical network. Quantitative, risk-based metrics are …

Extreme weather events such as earthquake and hurricane have disastrous consequences
on power systems. Due to the inherent nature of these events, as high-impact low-probability …

Los recursos energéticos distribuidos DERs (del inglés Distributed Energy Resources)
pueden jugar un rol clave para la descarbonización de la matriz energética y su transición …