Phasor measurement units (PMUs) are rapidly being deployed in electric power networks
across the globe. Wide-area measurement system (WAMS), which builds upon PMUs and …

This paper presents a wide-area control approach to improve the transient stability of the
power systems while also dam** the post-fault inter-area oscillations. The proposed …

This paper proposes a light, flexible, and yet reliable multiparametric estimation algorithm for
grid-connected voltage-source-converter-based systems. This approach combines the …

In this paper, an integrated and modular control design is developed for distributed energy
resources (DERs) to stabilize power systems and minimize effects of load variations and …

This study proposes a new method for stabilising disturbed power systems using wide‐area
measurement and controllable devices. A new control algorithm based on kinetic energy is …

This paper presents an adaptive wide-area control strategy based on energy function. The
proposed method enhances the post-fault oscillation dam** capability of Static Var …

This paper presents a wide-area control strategy to stabilize power systems using
Distributed Generation (DG) sources. The proposed control strategy improves the first-swing …

This paper proposes a method to integrate Distributed Generation (DG) systems into wide-
area management and control applications. The approach unifies DG systems in distribution …

In this study, a non‐linear excitation controller using inverse filtering is proposed to damp
inter‐area oscillations. The proposed controller is based on determining generator flux value …

This paper presets the application of wide-area controllers on Australian power system. The
proposed approach is designed as a multi-step process, where coherent areas are identified …