REDISEÑO Y MONTAJE DE UNA MAQUETA PARA TURBINA EÓLICA DE EJE VERTICAL DE D 1,6 M
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2023-10-05
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El siguiente proyecto tiene el objetivo de analizar la situación de la energía eólica, así como de realizar las
modificaciones pertinentes al prototipo de un generador eólico de eje vertical Darrieus-H ya construido para
solucionar algunos problemas que este presentaba y optimizar tanto su rendimiento como su fiabilidad y
rendimiento en la medida de lo posible..
A su vez se usarán distintos software y técnicas de fabricación como Fusion 360, Simflow, Catia V5, Cura
para mejorar ciertos aspectos tales como el peso, resistencia del eje y pérdidas de potencia asociadas al
rozamiento.
El principal interés encontrado para realizar este trabajo de fin de grado es la gran variedad de aspectos a
mejorar, suponiendo cada uno de ellos un reto y una gran oportunidad de aprendizaje y desarrollo, a la vez que
la contribución a un sector constantemente en desarrollo como es el sector eólico
The following project has the objective of analyzing the situation of wind energy, as well as making the necessary modifications to the prototype of a Darrieus-H vertical axis wind generator already built to solve some problems that it presented and optimize both its performance and its reliability and performance as far as possible. At the same time, different software and manufacturing techniques such as Fusion 360, Simflow, Catia V5, Cura will be used to improve certain aspects such as weight, shaft resistance and power losses associated with friction. The main interest found to carry out this final degree work is the great variety of aspects to improve, each one of them being a challenge and a great opportunity for learning and development, as well as the contribution to a constantly developing sector such as the wind energy sector.
The following project has the objective of analyzing the situation of wind energy, as well as making the necessary modifications to the prototype of a Darrieus-H vertical axis wind generator already built to solve some problems that it presented and optimize both its performance and its reliability and performance as far as possible. At the same time, different software and manufacturing techniques such as Fusion 360, Simflow, Catia V5, Cura will be used to improve certain aspects such as weight, shaft resistance and power losses associated with friction. The main interest found to carry out this final degree work is the great variety of aspects to improve, each one of them being a challenge and a great opportunity for learning and development, as well as the contribution to a constantly developing sector such as the wind energy sector.
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Ingeniería y Fabricación Mecánica