Diseño y construcción de un aerogenerador vertical con rotor espiral tipo veleta para la obtención de energía eléctrica, a implementarse en el laboratorio de energías alternativas del AEIRNNR de la UNL.

The present work consists on the design and construction of an aerogenerator of vertical axis for the electric power obtaining, to be implemented in the laboratory of alternative energy of the AEIRNNR of the UNL, and this way to provide an alternative from a possible electric power supply to small consumptions in isolated areas of the net. Considering the economic factor as main barrier to the exploitation of the eolic energy, it is opted to follow a line of prone work to solve this aspect. It is considered as main responsible for the high cost of the aerogenerators, the structural complexity and the technology involved in their design and implementation. Inside the aerogenerators families, that of vertical axis presents the simplest structures. The operation of the aerogenerators of vertical axis is based on the difference of haulage coefficients among the two exposed sections to the wind. To find a good commitment among efficiency in the energy conversion and costs, it is opted to modify the aerodynamics of these aerogenerators. This means to increase the cost slightly (increasing the structural complexity) but achieving a better acting in the reception of the eolic energy. With the realization of this project, we have been able to intrude in the field of the renewable energy, as it is it in our case the eolic energy, in a same way we have been able to know a little more about the operation and composition of an aerogenerator, reason for which we look for the way to contribute to the society with a possible alternative of electric generation.

• Hovedforfatter: Flores Calderón, Diógenes Xavier (author)
• Andre forfattere: Lalangui Díaz, Jorge Patricio. (author)
• Format: bachelorThesis
• Sprog: spa
• Udgivet: 2012
• Fag: <AEROGENERADORES><DISEÑO DE MÁQUINAS><ENERGÍA EÓLICA><AEROGENERADORES DE EJE VERTICAL>
• Online adgang: http://dspace.unl.edu.ec/jspui/handle/123456789/12263