At present, and since the introduction of wind turbine parks at high altitudes, it is difficult to clean the outside of the towers and wind turbine blades with traditional systems.
For reasons of typical maintenance tasks, often occur spills of fluids and lubricants transmissions machinery transforming the kinetic energy of wind into electrical energy which is sent to the network. These fluids to spill soiled the wind turbine tower.
On the other hand, it must undertake periodical cleaning of wind turbine blades on them because remains of insects that collide with the blades are. These remains make the blade lose its effectiveness.
Furthermore, periodic revision is necessary due to fatigue that is subjected to wind turbine blades forcing periodic visual inspections to prevent breakage thereof and therefore stopping the wind turbine.
Researchers at the University of Burgos have developed a solution that performs such tasks without being necessary that operators should climb the tower of the wind turbine.
New and innovative aspects
In general, the systems currently used for exterior cleaning of wind turbine towers and blades often use similar systems to cleaning windows on the facades of buildings. It means operators have to hang from the gondola and turbine hub and manually clean both the blade and the tower.
The system has been patented, is a climbing system with the tools necessary for cleaning and rinsing of the towers and blades, and the collection of soapy water as waste fluid after cleaning. The location of the mechanism minicameras allows visual inspection in detail all of the blades as welds towers.
It is not necessary that any operator would have to rise to the climbing system for cleaning functions.
Main advantages of its use
Specifications
The mechanism is designed for wind turbine towers and blades that require large blades and high-rise towers.
The movement of opening and closing of both belts climbing mechanism supports its use for different ranges of maximum/minimum diameters tower, being able to increase the size of the mechanism by increasing the size of the sides that make up both upper and lower or belts increasing number of sides of the polygon that make up both belts.
Applications
Maintenance companies for large wind turbines (cleaning, painting, and inspection of towers and blades)
Intellectual property status
Protected by patent P201100665.
Current development status
It has not developed a full-scale prototype of the mechanism.
Desired business relationship
The commercial agreement, License Agreement, Technical cooperation: further development, Technical Cooperation: testing of new applications; Technical cooperation: adaptation to specific needs.
The aim of the Technology Transfer Office (TTO) of the Universidad de Burgos is to promote Innovative technology through the research results transfer and the connections between the University and the new needs and requirements of society - we are the link between the University and the Industry.
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