Wind Energy Conversion System for Harmonics and Inter-harmonic Analysis
In this research, a harmonic and inter-harmonic analysis is presented for two types of wind energy conversion systems (WECS): a squirrel cage induction machine and doubly-fed induction machine because of the incorporation of power electronics in these ...
Hernández, Miguel Ángel +3 more
core
Simultaneous multi-controller fusion via genetic algorithm-optimized weighted summation for variable-speed wind turbine control. [PDF]
Chahbi A +5 more
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Intelligent MPPT-based energy management for hybrid renewable energy grids using trans Z-source quadratic boost converter. [PDF]
Manickam S, Padma S.
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Minimizing losses and maximizing efficiency in wind power systems: advanced optimization approaches. [PDF]
Hossain S, Avital EJ, Venkatesan N.
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Optimal maximum power point tracking strategy based on greater cane rat algorithm for wind energy conversion system. [PDF]
AboRas KM +3 more
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Enhancing grid connected wind energy conversion systems through fuzzy logic control optimization with PSO and GA techniques. [PDF]
Borni A +7 more
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Integrating data-driven and physics-based approaches for robust wind power prediction: A comprehensive ML-PINN-Simulink framework. [PDF]
A RT, Chinnappan CC.
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Predictive riccati control for enhancing power quality using extended pq theory in wind energy-based conversion systems. [PDF]
Sundari KT, Umamaheswari MG.
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Small signal modelling and analysis of quasi Z-source direct matrix converter for wind energy conversion system. [PDF]
Maheswari KT, Kumar C, Raj TD, Fayek HH.
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A multi dataset validation model for hybrid feature selection in wind energy maximum power point tracking systems. [PDF]
Duraisamy S, Thangavelu V.
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