IMPACTS OF WIND AND SOLAR POWER ON POWER
The Irish power system has been studied in detail for current and (potential) future stability issues. Ireland is a small-sized island system where there are fewer large rotating masses to provide
Dynamic Modelling of a Wind Farm and Analysis of Its
The results here obtained have shown that the incorporation of the wind farm with fix-speed wind turbines into a weak power system introduces important problems in the quality of voltage.
Stability analysis of doubly-fed wind generation systems under
Under the weak power grid, the grid connection of wind turbines is unstable, and the current quality is poor. Based on DFIG output impedance model, a stability analysis method
Optimizing weak grid integrated wind energy systems using
These numerical findings assures that the ANFIS-SRF-controlled DSTATCOM outperforms traditional control methods in ensuring reliable and efficient wind energy
A Stability Control Method to Maintain Synchronization Stability of
When wind generation systems operate under weak grid conditions, synchronization stability issues may arise, restricting the wind farms'' power transfer capacity.
Interaction Dynamics Analysis and Active Stabilization of a Weak
This paper addresses the dynamic stability of a hybrid photovoltaic (PV) and wind turbine (WT) system tied to a weak grid by back-to-back voltage-source converters (VSCs).
Fault current limiting control of full-scale wind power generators
Under an extreme event, an effective control system of wind power generators can enhance the reliability of wind power generation and prevent wind farms from tripping, which
Stability analysis of doubly-fed wind generation systems under weak
Under the weak power grid, the grid connection of wind turbines is unstable, and the current quality is poor. Based on DFIG output impedance model, a stability analysis method
Wind Power Integration in Weak Grids
Advanced control approaches can be developed to enhance the wind turbine performance to increase the stability margins, and thus
Fault current limiting control of full-scale wind
Under an extreme event, an effective control system of wind power generators can enhance the reliability of wind power generation
A Stability Control Method to Maintain
When wind generation systems operate under weak grid conditions, synchronization stability issues may arise, restricting the wind
Wind Power Integration in Weak Grids
Advanced control approaches can be developed to enhance the wind turbine performance to increase the stability margins, and thus help connecting more distributed
IET Renewable Power Generation
To settle such an issue, a small-signal impedance model of the DFIG-based WT with negative-sequence current control is established in this paper. Based on the proposed