Anti-icing and deicing system for large wind power generation built-up blade

Abstract

The invention discloses an anti-icing and deicing system for a large wind power generation built-up blade. The system comprises a built-up blade body, wherein the built-up blade body is formed through that a fiber heating material layer is laid on an outer surface or a middle surface or an inner surface of a skin made of fiber base metal. A coating layer is laid on the outer surface of the skin to protect the fiber heating material and the skin fiber base metal. Two ends of the fiber heating material layer are respectively connected with a conductive electrode, and the conductive electrodes are connected with a fiber heating power supply through wires. The skin outer surface and the skin middle layer or the fiber heating material layer of the inner surface of the skin are all provided with temperature sensors, and outputs of the temperature sensors are connected with a temperature controller through signal wires. By the system, anti-icing and deicing of the large wind power generation built-up blade under the environment of low-temperature high-humidity and freezing can be achieved, and the problems that generating efficiency is reduced due to icing and electricity generation loss due to stopping are avoided. The anti-icing and deicing system for the large wind power generation built-up blade has important economic and social benefits.

Description

technical field [0001] The invention relates to an anti-icing system for large-scale wind power generation blades in a low-temperature and high-humidity freezing environment, in particular to an anti-icing system for large-scale wind power generation combined blades. Background technique [0002] The shortage of traditional energy in the world has caused people's general concern about the depletion of non-renewable energy. The development and utilization of wind energy as a renewable energy has become a hot spot and an inevitable development direction in the world. As an effective way to improve wind energy utilization and power generation efficiency, the single-unit capacity of wind turbines continues to increase. In addition, in our country, the application of wind turbines is not only used in areas with more suitable climates, but also in areas with low temperature, high humidity and freezing. [0003] In the low-temperature and high-humidity icing environment, the aerod...

AI Technical Summary

Problems solved by technology

This method also needs to set up an ice-melting agent delivery and injection system outside the wind turbine tower, which is costly, and the deicing agent will also cause certain environmental impacts

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