The integration of wind power into the power system has been driven by the development of
power electronics technology. Unlike conventional rotating synchronous generators, wind …

As the penetration rate of renewable energy continues to increase, reliability confidence
capacity, an important indicator for measuring the contribution of power sources to the power …

Aggregation of wind turbines (WTs) in wind farms (WFs) can reduce modeling and
computation burden, but it may also reduce accuracy. Furthermore, it may be difficult to …

The aggregated impedance model is widely used for the study of high frequency oscillations
(HFOs) in wind farms (WFs). However, the application premise of the aggregated impedance …

As the grid-connected capacity of a large number of wind farms continues to increase, their
short-circuit current will have a great impact on protection. Therefore, accurate short-circuit …

With increasing wind farm scale, dynamic modeling and simulating the low-voltage ride-
through (LVRT) process of wind farms are time-and source-consuming. Thus, a dynamic …

In high-penetration renewable-energy grid systems, conventional virtual synchronous
generator (VSG) control faces a number of challenges, especially the difficulty of maintaining …

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 …

Integration of wind farms into the power system could potentially lead to wideband
oscillations (WBOs), threatening the stability of power system. Due to the high dimensionality …

As large-scale wind turbines are connected to the grid, modeling studies of wind farms are
essential to the power system dynamic research. Due to the large number of wind turbines in …