Descripción del dispositivo de aprovechamiento de la energía undimotriz: Parte II
Date
2014-04-01
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Abstract
En este trabajo se describe el funcionamiento de un dispositivo para el aprovechamiento de
la energía undimotriz; el objetivo es transformar la energía de las ondas marinas en fluido
eléctrico. El trabajo se realizó en un prototipo en escala 1:20 y lo llevó a cabo por el grupo de
Mecánica dentro del Proyecto Aprovechamiento de la Energía Undimotriz de la UTN.BA Departamento de Ingeniería Mecánica; el lugar de trabajo fue el Laboratorio de Ingeniería Mecánica II.
El dispositivo desarrollado fue patentado a través del Instituto Nacional de Propiedad Industrial (INPI), y publicado en el Boletín Oficial del INPI en Febrero del 2013.
This paper describes the operation of a device for harnessing wave energy; the goal is to transform the energy of sea waves into electricity. The work was done in 1:20 scale prototype and was performed by the Mechanical group of the Project “Wave Energy Harnessing” from the UTN.BA Department of Mechanical Engineering, the workplace was the Mechanical En- gineering II Laboratory. The patented device was developed through the Industrial Property National Institute (INPI) publication date in the Official Gazette of the INPI in February 2013.
This paper describes the operation of a device for harnessing wave energy; the goal is to transform the energy of sea waves into electricity. The work was done in 1:20 scale prototype and was performed by the Mechanical group of the Project “Wave Energy Harnessing” from the UTN.BA Department of Mechanical Engineering, the workplace was the Mechanical En- gineering II Laboratory. The patented device was developed through the Industrial Property National Institute (INPI) publication date in the Official Gazette of the INPI in February 2013.
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energía undimotriz, energía de ondas, energía renovable, dispositivo electromecánico, energía no convencional, sea waves energy, waves energy, renewable energy, electromechanical device, unconventional energy
Citation
Proyecciones, Vol.12 No. 1
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