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 systems, such as soft-starter and power converter that distort the voltage and current waveform. The analysis is based on the well-known steady-state induction machine model, additionally, a dynamic-state model is developed to compare the steady-state model validating the results of the simulations obtaining a harmonic and inter-harmonic model, in steady-state, clear and precise of the wind energy conversion system
\u3cp\u3eOffshore wind power technology has matured significantly and now directly competes with con...
This paper presents harmonic measurements from three individual wind turbines (2 and 2.5MW size). Bo...
This paper shows that wind turbine harmonic generation and mitigation assessment are complex tasks, ...
A harmonic analysis for a wind energy conversion system (WECS) based in a doubly fed induction gener...
Given the increasing integration of wind-based generation systems into the electric grid, efforts ha...
Wind power generation systems influence power quality in a specific way making important the need fo...
Wind turbines with double output induction generators can operate at variable speed permitting conve...
The increasing use of wind energy is a global trend as part of the overall transition to a more sust...
This thesis deals with the performance of a Wind Energy Conversion System operating as a power gener...
Wind power generation systems influence power quality in a very specific manner creating the require...
This paper presents the harmonic analysis of offshore wind farm (OWF) models with full converters re...
There has been a rapid development in the growth of Wind power generation in the last decade. This h...
Understanding about harmonic propagation in wind turbine converter is fundamental to research the in...
This paper discusses the electrical architectures adopted in wind turbines and its impact on the har...
The paper describes a variable speed wind generation system where the torque speed characteristics i...
\u3cp\u3eOffshore wind power technology has matured significantly and now directly competes with con...
This paper presents harmonic measurements from three individual wind turbines (2 and 2.5MW size). Bo...
This paper shows that wind turbine harmonic generation and mitigation assessment are complex tasks, ...
A harmonic analysis for a wind energy conversion system (WECS) based in a doubly fed induction gener...
Given the increasing integration of wind-based generation systems into the electric grid, efforts ha...
Wind power generation systems influence power quality in a specific way making important the need fo...
Wind turbines with double output induction generators can operate at variable speed permitting conve...
The increasing use of wind energy is a global trend as part of the overall transition to a more sust...
This thesis deals with the performance of a Wind Energy Conversion System operating as a power gener...
Wind power generation systems influence power quality in a very specific manner creating the require...
This paper presents the harmonic analysis of offshore wind farm (OWF) models with full converters re...
There has been a rapid development in the growth of Wind power generation in the last decade. This h...
Understanding about harmonic propagation in wind turbine converter is fundamental to research the in...
This paper discusses the electrical architectures adopted in wind turbines and its impact on the har...
The paper describes a variable speed wind generation system where the torque speed characteristics i...
\u3cp\u3eOffshore wind power technology has matured significantly and now directly competes with con...
This paper presents harmonic measurements from three individual wind turbines (2 and 2.5MW size). Bo...
This paper shows that wind turbine harmonic generation and mitigation assessment are complex tasks, ...