Innovative, low cost, low weight and save floating wind technology optimized for deep water wind sites: The FLOTANT project

INITIAL ITERATIONS IN THE DESIGN OF AN INNOVATIVE FLOATING PLATFORM FOR WIND ENERGY PRODUCTION IN DEEP WATERS.

Jordi Serret

September 2021

This presentation was part of the EERA JP Wind WORKSHOP on Ongoing research in offshore wind structu...

Optimització d`un sistema de fondeig per al molí de vent flotant windcrete

Castella Balcell, Maria

July 2021

Floating wind has reached a stage of development of solutions, therefore in order to install structu...

Design and Analysis of Semi-submersible Floating Wind Turbines with focus on Structural Response Reduction

Vittori, Felipe Eduardo

January 2015

Floating structures as spar, semi-submersibles and TLP have been proposed for offshore wind turbines...

Innovative, low cost, low weight and save floating wind technology optimized for deep water wind sites: The FLOTANT project

Castro, Ayoze
Muñoz, Sara
Durán, Rubén
Marti, Ferrán
McEvoy
Georgallis, Georgios
Lynch, Mattias
Ridder, Erik Jan
Johanning, Lars
Jeffrey, Henry
Santos-Herrán, Miguel
Llinás, Octavio

January 2020

Innovative, Low Cost, Low Weight and Safe Floating Wind Technology Optimized for Deep Water Wind Sit...

Innovative, Low Cost, Low Weight and Safe Floating Wind Technology Optimized for Deep Water Wind Sites: The FLOTANT Project

Ayoze Castro
Sara Muñoz
Rubén Durán
Ferrán Martí
Paul McEvoy
Giorgios Georgallis
Mattias Lynch
Erick-Jan de Ridder
Lars Johanning
Henry Jeffrey
M. Santos
Octavio Llinás

January 2020

Poster presented at the EERA DeepWind 2020 Conference about the concept and targets of the H2020 pro...

Innovative, low cost, low weight and safe floating wind technology optimized for deep water wind sites

A. Castro-Alonso
S. Muñoz
P. McEvoy
J. Serret
C. Cortés
J. de la Cuesta
E. Ridder
L. Johanning
H. Jeffrey
A. Garcia-Teruel
A. Romero-Filgueira

May 2022

The main objective of FLOTANT is to develop the conceptual and basic engineering, including performa...

Development of an innovative Single Point Mooring system to reduce the LCoE of Floating Offshore Wind

Carlos Casanovas,
Alex Raventos,
Maria Verges

September 2020

There are several floating wind concepts under development, most of them proposing to use multiple m...

FLOTANT concept: floater design, integrated modelling & global performance

Jordi Serret
Bernardo Kahn
Bruce Cavanagh
Patricia Lorente
Remy Pascal
Clementine Girandier
Paul McEvoy
Carlos Cortés
Rubén Duran
Alejandro Romero-Filgueira

April 2022

This paper presents the final design of the FLOTANT concept developed within the framework of a Coop...

INFORMING COMPONENTS DEVELOPMENT INNOVATIONS FOR FLOATING OFFSHORE WIND THROUGH APPLIED FMEA FRAMEWORK

Rinaldi, Giovanni
Thies, Philipp
Johaning, Lars
Georgallis, georgios
Moraiti, Anastasia
McEvoy, Paul
Costés Lahuerta, Carlos

December 2020

Future offshore wind technology solutions will be floating to facilitate deep water locations. The E...

design of a spar buoy for offshore wind turbines

ROMANO', CARLO
GIORCELLI, Ermanno
MATTIAZZO, Giuliana
RAFFERO, MATTIA

January 2012

Offshore wind Energy demonstrated to be one of the most promising technologies for growing electric ...

How can an innovative single point mooring system reduce the LCoE of Floating Offshore Wind? A showcase of recent outcomes from the PivotBuoy project

Carlos Casanovas
Alex Raventos

September 2021

In recent years, an increasing number of floating solutions are proposing the use of a single point ...

Development of a Second Generation Floating Platform for Offshore Wind

Carlos Casanovas
Alex Raventos
Maria Verges
Rocio Torres

April 2019

There are several floating wind concepts under development, but all current designs have adapted Oil...

Next steps for the PivotBuoy proven concept to reduce the LCoE of Floating Offshore Wind

Alex Raventos
Carlos Casanovas
Maria Verges
Guillermo García

November 2021

There are several floating wind concepts under development, most of them proposing to use multiple m...

Informing components development innovations for floating offshore wind through applied FMEA framework

Rinaldi, G
Thies, P
Johanning, L
McEvoy, P
Georgallis, G
Moraiti, A
Vidmar, M
Cortes Lahuerta, C

July 2020

This is the author accepted manuscript. The final version is available from ASME via the DOI in this...

A free wake vortex model for floating wind turbine aerodynamics

Dong, J. (author)

September 2021

In order to significantly increase the share of wind energy produced worldwide, wind energy technolo...

INITIAL ITERATIONS IN THE DESIGN OF AN INNOVATIVE FLOATING PLATFORM FOR WIND ENERGY PRODUCTION IN DEEP WATERS.

Jordi Serret

September 2021

This presentation was part of the EERA JP Wind WORKSHOP on Ongoing research in offshore wind structu...

Optimització d`un sistema de fondeig per al molí de vent flotant windcrete

Castella Balcell, Maria

July 2021

Floating wind has reached a stage of development of solutions, therefore in order to install structu...

Design and Analysis of Semi-submersible Floating Wind Turbines with focus on Structural Response Reduction

Vittori, Felipe Eduardo

January 2015

Floating structures as spar, semi-submersibles and TLP have been proposed for offshore wind turbines...

Innovative, low cost, low weight and save floating wind technology optimized for deep water wind sites: The FLOTANT project

Castro, Ayoze
Muñoz, Sara
Durán, Rubén
Marti, Ferrán
McEvoy
Georgallis, Georgios
Lynch, Mattias
Ridder, Erik Jan
Johanning, Lars
Jeffrey, Henry
Santos-Herrán, Miguel
Llinás, Octavio

January 2020

Innovative, Low Cost, Low Weight and Safe Floating Wind Technology Optimized for Deep Water Wind Sit...

Innovative, Low Cost, Low Weight and Safe Floating Wind Technology Optimized for Deep Water Wind Sites: The FLOTANT Project

Ayoze Castro
Sara Muñoz
Rubén Durán
Ferrán Martí
Paul McEvoy
Giorgios Georgallis
Mattias Lynch
Erick-Jan de Ridder
Lars Johanning
Henry Jeffrey
M. Santos
Octavio Llinás

January 2020

Poster presented at the EERA DeepWind 2020 Conference about the concept and targets of the H2020 pro...

Innovative, low cost, low weight and safe floating wind technology optimized for deep water wind sites

A. Castro-Alonso
S. Muñoz
P. McEvoy
J. Serret
C. Cortés
J. de la Cuesta
E. Ridder
L. Johanning
H. Jeffrey
A. Garcia-Teruel
A. Romero-Filgueira

May 2022

The main objective of FLOTANT is to develop the conceptual and basic engineering, including performa...

Development of an innovative Single Point Mooring system to reduce the LCoE of Floating Offshore Wind

Carlos Casanovas,
Alex Raventos,
Maria Verges

September 2020

There are several floating wind concepts under development, most of them proposing to use multiple m...

FLOTANT concept: floater design, integrated modelling & global performance

Jordi Serret
Bernardo Kahn
Bruce Cavanagh
Patricia Lorente
Remy Pascal
Clementine Girandier
Paul McEvoy
Carlos Cortés
Rubén Duran
Alejandro Romero-Filgueira

April 2022

This paper presents the final design of the FLOTANT concept developed within the framework of a Coop...

INFORMING COMPONENTS DEVELOPMENT INNOVATIONS FOR FLOATING OFFSHORE WIND THROUGH APPLIED FMEA FRAMEWORK

Rinaldi, Giovanni
Thies, Philipp
Johaning, Lars
Georgallis, georgios
Moraiti, Anastasia
McEvoy, Paul
Costés Lahuerta, Carlos

December 2020

Future offshore wind technology solutions will be floating to facilitate deep water locations. The E...

design of a spar buoy for offshore wind turbines

ROMANO', CARLO
GIORCELLI, Ermanno
MATTIAZZO, Giuliana
RAFFERO, MATTIA

January 2012

Offshore wind Energy demonstrated to be one of the most promising technologies for growing electric ...

How can an innovative single point mooring system reduce the LCoE of Floating Offshore Wind? A showcase of recent outcomes from the PivotBuoy project

Carlos Casanovas
Alex Raventos

September 2021

In recent years, an increasing number of floating solutions are proposing the use of a single point ...

Development of a Second Generation Floating Platform for Offshore Wind

Carlos Casanovas
Alex Raventos
Maria Verges
Rocio Torres

April 2019

There are several floating wind concepts under development, but all current designs have adapted Oil...

Next steps for the PivotBuoy proven concept to reduce the LCoE of Floating Offshore Wind

Alex Raventos
Carlos Casanovas
Maria Verges
Guillermo García

November 2021

There are several floating wind concepts under development, most of them proposing to use multiple m...

Informing components development innovations for floating offshore wind through applied FMEA framework

Rinaldi, G
Thies, P
Johanning, L
McEvoy, P
Georgallis, G
Moraiti, A
Vidmar, M
Cortes Lahuerta, C

July 2020

This is the author accepted manuscript. The final version is available from ASME via the DOI in this...

A free wake vortex model for floating wind turbine aerodynamics

Dong, J. (author)

September 2021

In order to significantly increase the share of wind energy produced worldwide, wind energy technolo...

INITIAL ITERATIONS IN THE DESIGN OF AN INNOVATIVE FLOATING PLATFORM FOR WIND ENERGY PRODUCTION IN DEEP WATERS.

Jordi Serret

September 2021

This presentation was part of the EERA JP Wind WORKSHOP on Ongoing research in offshore wind structu...

Optimització d`un sistema de fondeig per al molí de vent flotant windcrete

Castella Balcell, Maria

July 2021

Floating wind has reached a stage of development of solutions, therefore in order to install structu...

Design and Analysis of Semi-submersible Floating Wind Turbines with focus on Structural Response Reduction

Vittori, Felipe Eduardo

January 2015

Floating structures as spar, semi-submersibles and TLP have been proposed for offshore wind turbines...

Innovative, low cost, low weight and save floating wind technology optimized for deep water wind sites: The FLOTANT project

Abstract

Extracted data

Innovative, low cost, low weight and save floating wind technology optimized for deep water wind sites: The FLOTANT project

Abstract

Extracted data

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