With the integration of wind power into power systems continues to increase, the impact of
high penetration of wind power on power system stability becomes a very important issue …

The impact of increasing penetration of converter control-based generators (CCBGs) in a
large-scale power system is assessed through a model based small signal stability analysis …

In this paper, the effects of increased wind power penetration by doubly fed asynchronous
generators (DFAGs) on oscillation damping are investigated. With the help of an illustrative …

In this paper, the interactions of the torsional dynamics of the wind turbines and power
modulation for oscillations in DFIG-based wind generators are investigated. One major …

Due to high penetration level in some regions of distributed generators (DGs) based on
renewable energy resources, information about their power delivery capabilities is …

This study analyses the effect of replacing existing synchronous generators (SGs) equipped
with power system stabilisers (PSS) by doubly fed induction generator (DFIG) based wind …

Integration of wind farm with power system introduces nonlinearity and complexity of the
power system, which deteriorates the performance of a wide area damping controller …

Wind power plants (WPP) are for power system stability studies often represented with
aggregated models where several wind turbines (WT) are aggregated into a single up …

Wind turbines are increasingly being expected to provide oscillation damping to the power
system to which they are connected. In this study, power oscillation damping control of …

ABSTRACT A novel control approach is proposed to optimize the fatigue distribution of wind
turbines in a large‐scale offshore wind farm on the basis of an intelligent agent theory. In this …