Harnessing marine current energy with tethered submerged systems: Experimental tests and numerical model analysis of an innovative concept

An innovative system concept in marine/river current technologies is presented. A floating submerged body is used as a support to turbines and a casing for electrical and control systems. A series of experimental test has been performed in a towing tank on a test model using already characterized tu...

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Main Authors: Coiro, Domenico P., De Marco, Agostino, Scherillo, Ferdinando, Maisto, Umberto, Familio, Rosario, Troise, Giancarlo
Format: Conference Proceeding
Language:English
Subjects:
Aerodynamics
Control systems
Generators
Numerical models
Performance evaluation
Rivers
Steady-state
System testing
Turbines
Underwater vehicles
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creator Coiro, Domenico P.
De Marco, Agostino
Scherillo, Ferdinando
Maisto, Umberto
Familio, Rosario
Troise, Giancarlo
description An innovative system concept in marine/river current technologies is presented. A floating submerged body is used as a support to turbines and a casing for electrical and control systems. A series of experimental test has been performed in a towing tank on a test model using already characterized turbines, in order to evaluate its behavior in response to current actions. The present paper is aimed to report the results of such tests and to obtain a simple dynamic model to compare with experimental results.
doi_str_mv 10.1109/ICCEP.2009.5212080
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Aerodynamics
Control systems
Generators
Numerical models
Performance evaluation
Rivers
Steady-state
System testing
Turbines
Underwater vehicles
title Harnessing marine current energy with tethered submerged systems: Experimental tests and numerical model analysis of an innovative concept
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