Add to ORKGInternational audienceThis paper deals with the investigation of a specific transient technique suitable for electrical and mechanical failure diagnosis in an induction generator based wind turbine. The investigated technique is a combination of the Discrete Wavelet transform, statistics and the energy. Experimental investigations carried out on a 1.1-kW induction generator based test bench show that the proposed technique can unambiguously diagnose failures under transient conditions
This paper investigates a new diagnosis technique for incipient electrical faults in doubly fed indu...
Some large grid connected wind turbines use a low-speed synchronous generator, directly coupled to t...
Voltage dips are brief but frequent disturbances that can be defined as the most important problem a...
International audienceThis paper deals with the investigation of a specific transient technique suit...
The diagnosis of wind energy conversion systems (WECS) turns out to be necessary because of their re...
The paper introduces a monitoring and diagnostic technique for the detection of incipient stator ele...
With an increasing number of wind turbines being erected offshore, there is a need for cost-effectiv...
Wind turbines are subjected to several failure modes during their operation. A wind turbine drivetra...
Abstract—This paper deals with the diagnosis of Wind Tur-bines based on generator current analysis. ...
The Brushless Doubly Fed Machine (BDFM) with high reliability and robust structure demonstrates comm...
Condition monitoring of Wind Turbine based induction generators still faces challenges due to their ...
Abstract—This paper deals with the diagnosis of Wind Tur-bines based on generator current analysis. ...
This paper introduces a new diagnostic technique for the detection of incipient electrical rotor fa...
International audienceWind energy conversion systems have become a focal point in the research of re...
With an increasing number of wind turbines being erected offshore, there is a need for cost-effectiv...
This paper investigates a new diagnosis technique for incipient electrical faults in doubly fed indu...
Some large grid connected wind turbines use a low-speed synchronous generator, directly coupled to t...
Voltage dips are brief but frequent disturbances that can be defined as the most important problem a...
International audienceThis paper deals with the investigation of a specific transient technique suit...
The diagnosis of wind energy conversion systems (WECS) turns out to be necessary because of their re...
The paper introduces a monitoring and diagnostic technique for the detection of incipient stator ele...
With an increasing number of wind turbines being erected offshore, there is a need for cost-effectiv...
Wind turbines are subjected to several failure modes during their operation. A wind turbine drivetra...
Abstract—This paper deals with the diagnosis of Wind Tur-bines based on generator current analysis. ...
The Brushless Doubly Fed Machine (BDFM) with high reliability and robust structure demonstrates comm...
Condition monitoring of Wind Turbine based induction generators still faces challenges due to their ...
Abstract—This paper deals with the diagnosis of Wind Tur-bines based on generator current analysis. ...
This paper introduces a new diagnostic technique for the detection of incipient electrical rotor fa...
International audienceWind energy conversion systems have become a focal point in the research of re...
With an increasing number of wind turbines being erected offshore, there is a need for cost-effectiv...
This paper investigates a new diagnosis technique for incipient electrical faults in doubly fed indu...
Some large grid connected wind turbines use a low-speed synchronous generator, directly coupled to t...
Voltage dips are brief but frequent disturbances that can be defined as the most important problem a...