Electric power systems are undergoing a rapid transition from fuel-based generation using
synchronous generators to renewable generation interfaced by power electronics. In this …

With the increasing penetration rate of renewable energy power generation (RPG) in power
system, improving the frequency regulation ability of RPG has become a general trend. The …

A two-stage optimal active and reactive power coordinated control strategy of large-scale
wind farm (WF) to mitigate voltage dip induced frequency excursion (VDIFE) is proposed in …

With the increasing penetration of renewable energy generators, the world is positively
progressing toward the goal of sustainable development. However, the grid strength and …

This paper proposes a current relation region (CRR)-based low-voltage ride-through (LVRT)
strategy for offshore wind turbines (OWTs). The proposed strategy seeks to minimize the …

In this paper, an optimal-coordinated post-event voltage control (OPVC) scheme with energy
storage boundary analysis is proposed to enhance the fault ride-through (FRT) ability of …

Virtual power plant needs to use advanced coordinated control technology to aggregate a
large amount of new energy to reliably meet the regulatory needs of the superior power grid …

Severe onshore disturbances, such as rejection action of main protection under the onshore
grid fault, lead to massive power imbalances in the voltage source converter-based high …

There are many voltage‐dependent loads (VDLs) in power systems. When the unit reserve
supply is low, the transmission network adjusts the voltage of grid‐connected nodes to …

A novel wind power curtailment optimization method considering low-voltage ride through
(LVRT) operation is developed. The reserve capacity of wind generation for reactive power …