This paper systematically reviews the techniques and dynamics to study uncertainty
modelling in the electric grids considering electric vehicles with vehicle-to-grid integration …

Microgrids are being developed with higher penetration of renewable energy sources and
utilization of power electronics. The functionality of microgrids is normally measured by two …

Modern power systems are shifting toward decarbonization and incorporation of distributed
energy resources (DERs) to replace fossil fuel generators. Although promising, DERs …

Most existing studies on probabilistic analysis of small-signal stability (PASS) of power
systems affected by wind power generations ignore the intrinsic phenomenon in wind farms …

As correlated uncertainties in power grids become more prevalent, modeling of stochastic
dependencies is becoming increasingly necessary. Independent probability distributions …

The surge in renewable energy sources (RESs) and decentralized generation has reshaped
power distribution, with distributed generation systems (DGS) like solar photovoltaic (PV) …

Wind power forecasting is pivotal in optimizing renewable energy generation and grid
stability. This paper presents a groundbreaking optimization algorithm to enhance wind …

With the recent transition to a low-carbon electrical power system (EPS), the large-scale
utilization of renewable energy resources in electrical power generation introduces a …

Realistic uncertainties of renewable energies and loads may possess complicated
probability distributions and correlations, which are difficult to be characterized by standard …

Transient stability preventive control (TSPC), a method to efficiently withstand the severe
contingencies in a power system, is mathematically a transient stability constrained optimal …