Sep 2026· World Journal of Advanced Engineering Technology and Sciences· Vol 20, pp. 195-205· 0 citations
Abstract
Integrating large-scale wind power into current power systems presents serious stability concerns as the use of renewable energy increases worldwide. This study assesses discrete-time Power System Stabilizers (PSS) deployed to a four-area interconnected network connected to a Doubly Fed Induction Generator (DFIG) wind farm in order to mitigate low-frequency oscillations. We evaluated conventional controllers, namely Delta-Omega (∆ω), Delta-P (∆Pa), and Multi-Band (MB-PSS4B), versus an intelligent Fuzzy Logic-based stabilizer (FL-PSS) under extreme fault situations using a MATLAB/Simulink framework.
The findings demonstrate that the Fuzzy Logic controller performs noticeably better than conventional fixed-parameter solutions, providing far more robust damping for oscillations in rotor angle and speed. The FL-PSS provides a useful and reliable digital control solution for contemporary power systems with a significant penetration of renewable energy due to its remarkable performance in discrete time.
In recent years, wind power generation has attained significant attention, leading to the
installation of numerous wind power plants worldwide. Most wind turbines employ
induction generators, which typically absorb substantial reactive power (VARs) from the
grid. This reactive power demand can result in voltage drops a...
K. Archana, V. Pushparajesh· ITEGAM- Journal of Engineeri...· 0 citations
The large-scale integration of wind power reduces overall system inertia, leading to increased vulnerability in transient stability. This paper presents a coordinated control strategy combining a DFIG-based wind turbine, a midpoint Static Synchronous Compensator (STATCOM), and a Power System Stabilizer (PSS) to enhance...
Neha, Veena Sharma, R. Sharma et al.· Journal of Electrical System...· 0 citations
Load frequency control (LFC) is essential for maintaining frequency stability and reliable operation in modern power systems, particularly with increasing penetration of renewable energy sources, where reduced system inertia and stochastic power fluctuations pose significant challenges to conventional control strategie...
Abstract A hybrid energy storage system (HESS) plays a crucial role in stabilizing DC microgrids against power fluctuations from renewable sources and loads. To mitigate severe bus voltage deviations under complex disturbances, this paper proposes a composite control method integrating a super-twisting sliding mode con...
Shu-Fan Wang, Bo Wei· International Journal of Eme...· 0 citations
This paper presents a time-domain simulation study of dynamic reactive power compensation for voltage stability in a wind-integrated power system. A 50 MW doubly-fed induction generator (DFIG) wind farm is connected at bus 9 of the IEEE 14-bus network, comparing two technologies: a Static Synchronous Compensator (STATC...
K. H. Chalok, K. H. Kadhim· Ecological Engineering &...· 0 citations
Comparative analysis confirms that the proposed cascaded FxNN-based distributed FOPID controller provides faster dynamic response, improved disturbance rejection, and superior low-frequency oscillation damping, making it an effective solution for reliable frequency regulation in renewable-energy-integrated microgrid sy...
