The integration of stochastic distributed energy sources and loads has introduced
unprecedented levels of uncertainty in power systems. This uncertainty poses significant …

Owing to the rapid incorporation of doubly fed induction generator (DFIG)-based wind farms
into the power system, the sustainability of the power system has been a major concern of …

This paper proposes a small signal stability constrained distribution system reconfiguration
(DSR) methodology under uncertainties associated with the load demand and the power …

This paper investigates a probabilistic assessment of available transfer capability (ATC) by
optimality condition decomposition (OCD) techniques and latin hypercube sampling (LHS) …

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 …

Many researches on analysis, uncertainty quantification, and control of small signal stability
are essentially to study how stability indices (eg, eigenvalue and dam** ratio) vary with …

Low-frequency oscillation (LFO) of the synchronous generators in power systems by wind
power is boring. To improve the robustness of the dam** control scheme, this paper …

Power-system sub-synchronous oscillation (SSO) caused by direct-driven permanent
magnetic synchronous generator-based wind farms has attracted significant attention from …

Featured Application Power-system-controller tuning. Abstract This paper proposes a
probabilistic method to obtain optimized parameter values for different power-system …

The main challenge of integrating high photovoltaic (PV) systems in power grids is
managing their associated uncertainty which poses significant risks on the system stability …