Electric loads steadily increase each year due to economic and population expansion,
placing electric systems close to their stability limits. Also, the electrical network is a …

The secure operation of a power system depends on the available security evaluation tools
and improvement techniques to tackle the disturbances or contingencies. The main …

Contingency analysis plays an important role in assessing the static security of a network. Its
purpose is to check whether a system can operate safely when some elements are out of …

To cope with the uncertainty of renewable energy output and achieve robust optimal
dispatch of the integrated energy system, the confidence gap decision theory with Gaussian …

The Power System is a complex network of transmission lines, transformers, circuit breakers,
and other components. As a result, the system must be safe and dependable from …

A bilevel optimization model is developed to synthesize an optimal waste oil recycling
supply chain design in economic and environmental aspects while considering its overall …

This paper presents a methodology for static security assessment of transmission network
planning using machine learning (ML). The objective is to accelerate the probabilistic risk …

Predictions and avoidance of cascading branch failures are of great importance in power
system operations and have long been research topics drawing much attention. Power flows …

In recent years, catastrophic consequences of Bangladesh grid outages have brought
renewed attention to grid resilience as a top priority rather than a mere choice. The wake of …

In recent times, the severity of cascading outages leading to power system blackouts has
increased due to unexpected extreme weather conditions and cyber-attacks. In this regard, a …