About Solution to the icing of generator blades
Anti-icing prevents ice to accrete on the object while de-icing removes the ice layer from the surface. Both strategies can also be divided into two methods: passive and active.
Anti-icing prevents ice to accrete on the object while de-icing removes the ice layer from the surface. Both strategies can also be divided into two methods: passive and active.
The system is designed to de-ice the outer 1/3 of the blade full chord, and the outer 2/3 of the leading edge towards the tip end, to maximize power curve recovery. This targeted approach does not compromise de-icing eficiency according to Vestas, but is critical in regaining full power curve quickly.
Accurately identifying the icing of the blades of wind turbines in remote areas is thus important, and a general model is needed to this end. This paper proposes a universal model based on a Deep Neural Network (DNN) that uses data from the Supervisory Control and Data Acquisition (SCADA) system.
This paper summarizes several main ways of causing icing of wind turbine blades, describes several wind turbine blade icing inspection systems and anti-icing and de-icing systems. An optimal ice monitoring technique was selected and a new type of anti-icing and deicing technology was proposed.
The CFD-WTIA coupling method provides a coupling solution to combine the blade icing effect with dynamic response of the integrated wind turbine system. CFD method is used to simulate blade ice accretion phenomenon and aerodynamic performance change.
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About Solution to the icing of generator blades video introduction
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