CRIMSON Project: Full-scale Turbine Demonstration By Tank Tests

The results of demonstration tests of a full-scale hydrokinetic turbine for river and tidal sites, are presented at the conclusion ofthe EU-funded CRIMSON project.The turbine features a 3-bladed crossflow, 9.0 m2 capture area rotor, representing one module of the ORPC RivGen(c) technology. A comprehensive matrix of operational trials was performed to characterize the turbine hydrodynamic performance and the efficiency of the power conversion system. An advanced blade structural monitoring equipment based on fiber-optics strain sensors was implemented and validated.The full-scale turbine tests were carried out at the hydrodynamics testing infrastructure at the Institute of Marine Engineeringof the Italian National Research Council (CNR-INM). This facility, among the largest of its kind globally, provided fullycontrolled and repeatable conditions that allowed to deliver a high-quality dataset on system performance and realiability, contributing to develop new knowledge for the enhancement of hydrokinetic turbine technology.

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Publication Details

Journal
International Marine Energy Journal
Published
2025-09-16
DOI
https://doi.org/10.36688/imej.8.299-308
Primary Topic
Rocket and propulsion systems research
Type
article
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article

CRIMSON Project: Full-scale Turbine Demonstration By Tank Tests

Massimo Falchi, Mohammad Hossein Rafiei, F. Magionesi, Clement Courade et al.
International Marine Energy Journal
Rocket and propulsion systems research
article

CRIMSON Project: Full-scale Turbine Demonstration By Tank Tests

Massimo Falchi, Mohammad Hossein Rafiei, F. Magionesi, Clement Courade, Conor Dillon, Patrick Cronin, Francesco Salvatore
article en

Abstract

The results of demonstration tests of a full-scale hydrokinetic turbine for river and tidal sites, are presented at the conclusion ofthe EU-funded CRIMSON project.The turbine features a 3-bladed crossflow, 9.0 m2 capture area rotor, representing one module of the ORPC RivGen(c) technology. A comprehensive matrix of operational trials was performed to characterize the turbine hydrodynamic performance and the efficiency of the power conversion system. An advanced blade structural monitoring equipment based on fiber-optics strain sensors was implemented and validated.The full-scale turbine tests were carried out at the hydrodynamics testing infrastructure at the Institute of Marine Engineeringof the Italian National Research Council (CNR-INM). This facility, among the largest of its kind globally, provided fullycontrolled and repeatable conditions that allowed to deliver a high-quality dataset on system performance and realiability, contributing to develop new knowledge for the enhancement of hydrokinetic turbine technology.

International Marine Energy JournalVol. 8(3)
Ocean Renewable Power Company (United States) (US), National Research Council (RO), Institute of Marine Engineering (IT), National Research Council (IT)
Openalex Percentile: Top 67%
Rocket and propulsion systems research
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CRIMSON Project: Full-scale Turbine Demonstration By Tank Tests — Massimo Falchi, Mohammad Hossein Rafiei, et al. · International Marine Energy Journal (2025) | TGRS Research Map | TGRS