Enhancing the utilization of new energy consumption relies significantly on mid-to-long-term
load forecasting. However, current studies face limitations in effectively extracting and …

The existing all-in-one impedance-based stability analysis only qualitatively reveals the
instability factors by the graphic Nyquist criterion while the stability margin is not considered …

This paper studies the stability impact of the alternate voltage controller's (AVC) low-pass
filter (LPF) in a wind turbine's grid-connected voltage source converter (VSC). A small-signal …

Efficient and accurate simulation tools are crucial for studying the dynamics and stability of
modern power systems with high penetration of voltage-source converters (VSCs). This …

Different from traditional concentrated power-collection and boosting-voltage (CPCB)
topology adopted by HVDC station, this paper adopts a distributed power-collection and …

In this paper, a holistic nonlinear state-space model of a system with multiple converters is
developed, where the converters correspond to the wind turbines in a wind farm and are …

The stability of an MMC AC/DC hybrid system shows differences with changes in its
operating state. However, the time domain analysis method cannot quantitatively evaluate …

Faults between stator winding turns of synchronous generators have led to specific changes
in the harmonic content of currents. In this paper, these changes are used to detect faults in …

Due to better and more efficient forms of AC/AC conversion, Low-Frequency AC
Transmission (LFAC) has been proposed in the literature as an alternative for long-distance …

With the high proportion of renewable energy through high-voltage direct current (HVDC)
transmission into the grid and the application of high proportion of power electronic …