Wind energy conversion systems (WECSs), a typical example of renewable energy-producing technology, have been used in new types of power systems . The DFIG-based wind energy conversion system is a typical example of renewable energy power generation technology, The DFIG-based WECS is currently the most extensively used WECS.
Wind power-generating systems are one of the clean energy sources, with variable speed and constant frequency being the most widely utilized in DFIGs, which is made up of a wind turbine, a gearbox, an induction motor, and control modules.
The control strategy of the rotor-side converter in DFIG-based WECS vector control is based primarily on the directional control of the stator magnetic chain as an investigation object for modal and stability analysis , , , , , .
However, to implement the stator chain vector-based control approach, the three conditions that follow must be satisfied: 1) precise tracking of the magnetic chain; 2) total disconnection of active power and reactive power; and 3) unimpeded reactive power on the DFIG''s stator side.
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Reactive and active power vector control of induction generators (IG) are essential requirements for generating high-quality electricity from wind power. These control objectives …
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Therefore, establishing the mathematical models of wind power generation system, analyzing its operating characteristics and formulating corresponding optimal control …
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Accurate prediction of wind power is crucial for grid scheduling and the integration of renewable energy, given its significant temporal variability and nonlinear characteristics. …
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Short-term wind power generation forecasting is one of the indispensable tools to improve the stability of the power system [1], [2]. Wind power generation forecasting faces …
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Recordings of wind velocity and associated wind turbine (WT) power possess noise, owing to inaccurate sensor measurements, atmosphere conditions, working stops, and …
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A two-area power system with DFIG-based wind turbines in each area are considered for the investigations. The system non-linearities such as governor dead-band and …
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The DFIGs are now used in the majority of wind farms. The goal of this paper is to gain insight into the DFIG turbine system and create vector management to control reactive …
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Rapid and accurate identification of faults on wind turbine blades is important to ensure the continued operation of wind power generation systems. This paper explores the …
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Variable speed constant frequency wind power gen-eration system fed by DFIG excited by TSMC was re-searched in this paper. the stator flux oriented vector control was …
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The RMSE of short-term wind power prediction is controlled below 65 kW, and the value of R 2 is above 98%. This study improves the accuracy of wind power prediction and …
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Compared to the traditional three-phase wind power generation, multiphase wind power generation systems have obvious advantages in low-voltage high-power operation, …
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Request PDF | Stand-alone wind power generation system using vector-controlled cage-type induction generators | In this paper, a stand-alone variable speed wind power …
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Wind energy conversion systems (WECSs), a typical example of renewable energy-producing technology, have been used in new types of power systems [1]. The DFIG-based …
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Renewable power generation has proliferated in the last few decades, and wind energy is one of the most popular technologies in this field. Among the different wind turbine technologies, …
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