By Akshay Kumar
The Doubly Fed Induction Generator (DFIG) established wind turbine with variable-speed variable-pitch keep an eye on scheme is the most well-liked wind energy generator within the wind energy undefined. This computing device might be operated both in grid hooked up or standalone mode.
during this thesis, an in depth electromechanical version of a DFIG-based wind turbine attached to strength grid in addition to individually operated wind turbine procedure with various sub-systems is constructed within the MATLAB/SIMULINK setting and its similar generator and turbine keep watch over constitution is learned. during this regard following configurations were considered:
•DFIG with Battery garage sub-system
•DFIG with Buck-Boost converter
•DFIG with transformer
•DFIG with 3-winding transformer
Addition of battery garage and buck-boost converter sub-systems into the process permits not just dispatching of generator strength but additionally decreases the variety of their reactive energy requisites. the complete keep watch over over either energetic and reactive energy is feasible by way of transformer among DFIG and rotor part converter.
The regular nation habit of the final wind turbine procedure is gifted and the regular kingdom reactive energy skill of the DFIG is analyzed. it's been proven that significant a part of the reactive energy can be provided from rotor facet converter to minimize the final score of the generator.
The DFIG with above pointed out sub-systems is attached to grid. the entire harmonic distortion research and potency are performed. it's came across that DFIG with transformer in among computer and rotor part converter has lowest THD (2.29%) and DFIG with 3-winding transformer has greatest potency (above 93%).
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Connected to Grid PDF
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Extra resources for DFIG-based Wind Power Conversion System
Connected to Grid
DFIG-based Wind Power Conversion System
Connected to Grid by Akshay Kumar