Desarrollo de un rotor hidrocinético para corrientes mareales en la costa de Chubut
Date
2022-10
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Universidad Tecnológica Nacional. Actas de Jornadas y Eventos Académicos
Abstract
La energía contenida en un flujo de agua (energía cinética) puede aprovecharse transformando el movimiento de desplazamiento en un movimiento de rotación, (energía mecánica) y luego a energía eléctrica, por medio de una turbina hidrocinética (THC). Se plantea el diseño de una hélice para evaluar la factibilidad de instalación de una THC en el Golfo Nuevo, Chubut, Argentina. La forma de operación se eligió de manera de ser simple, autónoma y con perfiles de bajo costo.
The energy contained in a flow of water (kinetic energy) can be used by transforming the displacement movement into a rotation movement (mechanical energy) and then to electrical energy, by means of a hydrokinetic turbine (THC). The rotor designed is proposed to evaluate the feasibility of installing a THC in Golfo Nuevo, Chubut, Argentina, in order to evaluate its behavior in an aggressive and variable environment such as currents associated with tides. The form of operation was chosen to be simple, autonomous and low cost.
The energy contained in a flow of water (kinetic energy) can be used by transforming the displacement movement into a rotation movement (mechanical energy) and then to electrical energy, by means of a hydrokinetic turbine (THC). The rotor designed is proposed to evaluate the feasibility of installing a THC in Golfo Nuevo, Chubut, Argentina, in order to evaluate its behavior in an aggressive and variable environment such as currents associated with tides. The form of operation was chosen to be simple, autonomous and low cost.
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Keywords
Corrientes de mareas, Rotor hidrocinético, Energía, Tidal currents, Hydrokinetic rotor, Energy
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