Cascading overload failures occurred in power systems due to higher penetration of
renewable energy resources (RERs), which causes uncertainty in a grid. To overcome these …

A higher penetration of renewable energy resources (RERs) in network introduces
uncertainty in a grid, which causes cascading overload failures. To mitigate these issues …

Due to random patterns of demand response from the consumer side and the unreliable
nature of renewable energy resources, load flow balancing and transient stability become …

Uncertainties in demand profile and lower efficiency of renewable energy resources (RERs)
make the load flow balancing (LFB) and transient stability (TS) analysis a challenging task in …

The growing impact of weather-related power outages on economy and society in the last
decades underlines the rising need for power system resilience. Power system resilience …

Due to their unbalanced nature, asymmetrical faults usually have an adverse impact on
power systems in comparison with symmetrical faults. In this article, we propose a …

Failure propagation in power systems, and the possibility of becoming a cascading event,
depend significantly on power system operating conditions. To make informed operating …

Cascading failure can aggravate the vulnerability of power grids, which brings attention to
cascading failure protection research. Existing works focus on either finding the critical …

The interdependence of multiple networks makes today's infrastructures more vulnerable to
failures. Prior works mainly focused on robust network design and recovery strategies after …

Higher penetration of renewables like wind power generation will introduce an
unprecedented amount of uncertainty into the grid that might severely affect the grid …