Bibliographic citations
Velazco, D., (2005). Desarrollo de un generador eólico de pequeña potencia usando control óptimo, con el microcontrolador 18F452 [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/151
Velazco, D., Desarrollo de un generador eólico de pequeña potencia usando control óptimo, con el microcontrolador 18F452 [Tesis]. : Universidad Nacional de Ingeniería; 2005. http://hdl.handle.net/20.500.14076/151
@mastersthesis{renati/703518,
title = "Desarrollo de un generador eólico de pequeña potencia usando control óptimo, con el microcontrolador 18F452",
author = "Velazco Lorenzo, Dinau",
publisher = "Universidad Nacional de Ingeniería",
year = "2005"
}
In the development of show it thesis, the solution, in order to the rotation velocity regulation of an aeolian system comes into question; Applying two regulation tech¬niques which we indicated below: a) Position Control of the rotation diagram of the rotor. b) Position Control for variable step of the paddle (PITCH CONTROLLER). Considering a system with an entrance and an exit (I PILFER); Which this one fastened abundantly nonlinear due to the variations of the wind’s velocities; And using discreet Control Optimal methodology the capability velocity of the aeolian system is aimed at regulating. In the case a) that he is theme of show it thesis, the nonlinear system he consists of a gondola, her as to control receive an axial force variable due to the wind. As a consequence of this force, her as he is applied eccentrically to basculation axle, he produces a turning moment of the gondola in felt schedule, doing to vary the made suitable, orientation of the diagram of rotation, in the sense accomplishing a first mechanical regulation. Simultaneously he must perform on a servomotor AD of permanent magnet with reduction, solidary to basculation axle, controlling the angle of the rotation diagram, to obtain a constant rotation frequency of the rotor.
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