A Modified NLMS Control Algorithm for Coordinated Operation in Three-Phase Wind-Energy Conversion System

DULI CHAND MEENA, Madhusudan Singh, Ashutosh Keshav Giri

Abstract


In this paper, a modified NLMS based control algorithm is designed to control the distributed generation system feeding three-phase nonlinear loads. The control algorithm extracts the fundamental weight components with reduced oscillations from load current. The control algorithm with voltage source converter (VSC) provides fast dynamic response, harmonic eradication, active/reactive power compensation, load leveling, rapid convergence, compensation of neutral current and enhances the power quality in an isolated distributed wind energy generation system under nonlinear load condition. The battery energy storage (BES) is employed using simple approach to balance the power in the system during load perturbations and wind speed changes. The components of the distributed generation system are wind driven Self– Excited Induction Generator (SEIG), STATCOM, battery energy storage (BES) and nonlinear load. The simulation results show the steady state and dynamic performance of distributed generation (DG) system under fixed/varying wind speed feeding fixed/varying nonlinear load is found satisfactory.

Keywords


wind energy, STATCOM, Power Quality

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References


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DOI (PDF): https://doi.org/10.20508/ijrer.v11i4.12454.g8344

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