This paper introduces a novel approach for managing fault propagation in interconnected energy networks comprising electric, gas, and heating systems. As energy infrastructures become increasingly ...

Self-healing networks—systems that automatically detect, diagnose and fix network issues without human intervention—promise a future of near-zero downtime, automated fault recovery and more resilient ...

In recent years, extreme weather events caused by climate change, such as ice storms, typhoons and earthquakes, have caused increasingly devastating damage to critical energy infrastructure. Emergency ...

The energy market transformation to distributed generation is happening rapidly. Renewable energy sources such as wind, solar and biogas are ever increasing in the generation mix. It is now estimated ...

The global recovery continues but momentum has weakened, hobbled by the pandemic. Fueled by the highly transmissible Delta variant, the recorded global COVID-19 death toll has risen close to 5 million ...