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http://hdl.handle.net/2183/23656 Modelización, simulación y evaluación técnico-económica de una turbina de mar
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Lillo, Daniel
Santos, Matilde
Esteban, Segundo
López, Rafael
Guiijarro, María
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Lillo, D., Santos, M., Esteban, S., López, R., Guijarro, M. (2019). Modelización, simulación y evaluación técnico-económica de una turbina de mar. En XL Jornadas de Automática: libro de actas, Ferrol, 4-6 de septiembre de 2019 (pp. 24-31). DOI capítulo: https://doi.org/10.17979/spudc.9788497497169.024. DOI libro: https://doi.org/10.17979/spudc.9788497497169
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Abstract
[Resumen] En este trabajo se presenta un estudio sobre la energía eléctrica extraíble mediante una turbina de mar. Se ha desarrollado un modelo operacional de la turbina marina para determinar el diámetro óptimo de la misma a partir de una evaluación técnico económica. El objetivo es conseguir la potencia y energía máximas que se pueden obtener con la turbina. Se utilizaron fórmulas empíricas para definir las curvas características de la turbina. En la segunda parte de este trabajo se estimaron los costes, analizando las posibles curvas de potencia y posibles lugares de instalación para determinar en qué situaciones se consigue el mayor beneficio económico.
[Abstract] In this work, a study of the electric energy that can be obtained from a sea turbine is presented. An operational model of the marine turbine has been developed to determine the optimum diameter of the turbine based on an economic and technical evaluation. The maximum power and energy that can be obtained with the turbine is obtained. Empirical formulas were used to define the characteristic curves of the turbine. In the second part, this work analyzes all the possible marine turbine power curves and locations to determine in which situations the greatest economic benefit is achieved. The cost of this type of installation is calculated.
[Abstract] In this work, a study of the electric energy that can be obtained from a sea turbine is presented. An operational model of the marine turbine has been developed to determine the optimum diameter of the turbine based on an economic and technical evaluation. The maximum power and energy that can be obtained with the turbine is obtained. Empirical formulas were used to define the characteristic curves of the turbine. In the second part, this work analyzes all the possible marine turbine power curves and locations to determine in which situations the greatest economic benefit is achieved. The cost of this type of installation is calculated.
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