Wind farm control design is a recently new area of research that has rapidly become a key
enabler for the development of large wind farm projects and their safe and efficient …

The last few decades have seen renewable energy source (RES) integration growing at a
rapid pace and this trend is likely to continue. The displacement of conventional …

The changing inertia profile caused by the increased penetration of inertialess renewable
energy sources has raised concerns about power system frequency control. The kinetic …

This paper proposes a frequency support control scheme for large-scale wind farm (WF) by
considering distributed layout of wind turbines (WT) and wake effects inside the WF. The …

In this study, we propose the use of model‐based receding horizon control to enable a wind
farm to provide secondary frequency regulation for a power grid. The controller is built by …

This paper proposes a coordinated wind farm (WF) operation strategy that exploits the wake
interaction within a WF. In contrast to the conventional WF operation strategy where each …

Currently, some small islands with high wind potential are trying to reduce the environmental
and economic impact of fossil fuels by using renewable resources. Nevertheless, the …

This paper presents a new methodology for primary frequency response (PFR) in a
microgrid through the finite control set-model predictive control (FCS-MPC) plus droop …

The power system is moving away from the centralized generation paradigm. One of the
current trends is the microgrid concept, where loads, small generators and renewable …

The wind energy penetration rate is being increased in majority of European countries.
However, a high penetration rate could endanger the stability of power systems, particularly …