Publications

Julia Fernández Chozas Google Scholar page.

2023

• J. Fernandez-Chozas, P. Etxaniz, P. Ruiz-Minguela, P. Johannesson and J. Cruz “Reliability and Cost Assessment of Critical Components in Wave Energy Systems”, Pre-print to proceedings of the 15th European Wave and Tidal Energy Conference. Bilbao, EWTEC2023.

• Paula Bastos (WavEC); Pedro Almeida Vinagre (WavEC), Fiona Devoy-McAuliffe (UCC), Julia Fernández Chozas (JCC), Abel Arredondo-Galeana (UK), Paul Lamont-Kane, “Life Cycle Assessment of a wave energy device, LiftWEC”. to Proceedings of the 15th European Wave and Tidal Energy Conference. Bilbao, EWTEC2023.

• K. Nielsen, J. Fernandez-Chozas, F. Ferri and R. Pascal, “LCOE of Final Configuration”. Deliverable 8.6 of the LiftWEC Project funded by the European Union’s Horizon 2020 programme. Agreement number 851885.

• K. Nielsen, J. Fernandez-Chozas, R. Pascal, F. Ferri, , “Optimised device parameters”. Deliverable D8.5 of the LiftWEC project funded by the European Union’s Horizon 2020 programme. Agreement number 851885.

• Paula Bastos (WavEC); Pedro Almeida Vinagre (WavEC), Fiona Devoy-McAuliffe (UCC), Julia Fernández Chozas (JCC), Abel Arredondo-Galeana (UK), Paul Lamont-Kane (QUB)“Life Cycle Assessment of the LiftWEC Design”. Deliverable D9.4 of the LiftWEC project funded by the European Union’s Horizon 2020 programme. Agreement number 851885.

2022

• J. Fernandez-Chozas, K. Nielsen and R. Pascal, “Implementation of the LiftWEC LCOE Calculation Tool to four Baseline LiftWEC Configurations”. Presented at OEE – ICOE2022, San Sebastian.

• J. Fernandez-Chozas, E. Friis-Madsen, K. Nielsen, H.C. Soerensen, J.P. Kofoed, L. Margheritini, M. Henriksen, “Opportunity of wave energy as part of the coming Danish Energy Islands”. Presented at OEE – ICOE2022, San Sebastian.

• P. Lamont-Kane, M. Folley, R. Pascal, J. Fernandez-Chozas, and K. Nielsen, “Deliverable 2.10 – Assessment of Baseline Configurations and Specification of Final Configuration,” Belfast, United Kingdom, 2022.

• Fernandez-Chozas, K. Nielsen and R. Pascal. LCOE Estimates of Baseline Configurations. Deliverable 8.4 of the LiftWEC Project.

• Fernandez-Chozas, K. Nielsen and R. Pascal. LiftWEC LCOE Calculation Tool (pdf and Excel model). Deliverable 8.3 of the LiftWEC Project.

2021

• “A Proposed Guidance for the Economic Assessment of Wave Energy Converters at Early Development Stages”.Recommended citation: Têtu, A.; Fernandez Chozas, J. A Proposed Guidance for the Economic Assessment of Wave Energy Converters at Early Development Stages. Energies 2021, 14, 4699. https://doi.org/10.3390/en14154699.

• “EWTEC2021. Fernandez-Chozas-2021 et.al. Parametric cost model of the LiftWEC concept.Pre-print”

• “Deliverable 8.2 of the LiftWEC Project. Parametric Cost Model”

• ZENODO Dataset “Database of costs for wave energy projects”

2020

• A. Têtu and J. Fernandez-Chozas, “Cost Database of Wave Energy Technologies”, Deliverable 8.1. – the LiftWEC project.

• P. Vinagre, M. Apolonia and J. Fernandez-Chozas,D9.1 Identification of Potential Technology Stressors & Environmental Receptors.Deliverable 9.1. of the LiftWEC project.

2019

• Jose Luis Villate, Pablo Ruiz-Minguela and Joseba Lopez-Mendia (Tecnalia), David Crocks and Shona Pennock (UEDIN), Kim Nielsen (Ramboll), Alex Raventos (INN2grid), Julia F. Chozas Consulting Engineer, Robert Thresher, David Greene, Dale Jenne and Al LiVecchi (NREL), Shelley MacDougall (ACADIA tidal institute).“ Cost of Ocean Energy: Energy cost analysis and forecasts for ocean energy converters. International levelized cost of energy for ocean energy technologies”, Commissioned by Ocean Energy Systems.

• E. Friis-Madsen, H.C. Soerensen, I. Russell, S. Parmeggiani, J. Fernández-Chozas, “Economics of Offshore Wave Energy. Can It Match Offshore Wind”, ISOPE

2015

• A Review of Smart Energy Projects & Smart Energy State-of-the-Art

• Capacity Credit and Security of Supply: The Case of Renewable Energies in Denmark

2014

• Department of Civil Engineering: News and figures 2013

• J. Fernandez Chozas, J. P. Kofoed and N.H. Jensen. “COE Calculation Tool for Wave Energy Converters”. version 1.6- April 2014. User guide in pdf, Excel model and quick-user guide available.

2013

• C. Pérez-Collazo, M. M. Jakobsen, H. Buckland and J. Fernández-Chozas, “Synergies for a wave-wind energy concept”, European Wind Energy Conference EWEA 2013, Frankfurt, Germany. Link to article and link to conference presentation.

• J. Fernández-Chozas, N. E. Helstrup Jensen, H. C. Sørensen, J. P. Kofoed and A. Kabuth, href=”http://www.sciencedirect.com/science/article/pii/S2214166913000039″ target=”_blank” rel=”noopener noreferrer”>“Predictability of the power output of three wave energy technologies in the Danish North Sea”, International Journal of Marine Energy, Vol. 1 (2013) 84-98.

• An Open-Access COE Calculation tool for Wave Energy Converters: The Danish approach.

• Predictability and variability of wave and wind: wave and wind forecasting and diversified energy systems in the Danish North Sea.

• Technical and Non-Technical Issues Towards the Commercialisation of Wave Energy Converters. PhD Thesis.

2012

• Combined Production Of A Full-Scale Wave Converter And A Full-Scale Wind Turbine: a real case study

• CO-PRODUCTION of WAVE and WIND POWER and its INTEGRATION into ELECTRICITY MARKETS: Case study: Wavestar and 525kW turbine

• Economic Benefit of Combining Wave and Wind Power Productions in Day-Ahead Electricity Markets

• Energía Undimotriz: Una aproximación al aprovechamiento de la energía de las olas para la generación de electricidad

• Floating Wind Turbine Challenge

• Introduction Of Wavestar Wave Energy Converters At The Danish Offshore Wind Power Plant Horns Rev 2

• Performance Evaluation of an Axysimmetric Floating OWC

• Predictability of Wave Energy and Electricity Markets

2011

• Department of Civil Engineering: News and figures 2010

• Performance Assessment of the Wave Dragon Wave Energy Converter Based on the EquiMar Methodology

• Predictability of the power output of three wave energy technologies in the Danish North Sea

2010 

• In 2010, ICIS granted a cross-Atlantic collaborative project between Maria Stefanovich (Ph.D. at Oregon University) and Julia F. Chozas (Spok ApS, Denmark). The project investigated best-practices found in dealing with public acceptability of wave energy projects. Results were presented with two conference papers, a Poster and an Oral session at ICOE 2010, Bilbao (the International Conference on Ocean Energy).

• “Toward Best Practices for Public Acceptability in Wave Energy: Whom, How and When to Address” (pdf)

• “Toward Best Practices for Public Acceptability in Wave Energy: Issues Developers Need to Address” (pdf)

• “Toward Best Practices for Public Acceptability in Wave Energy: Issues Developers Need to Address” (poster – ICOE 2010 Best poster award)

Thank you so much to INORE and OES for providing us an excellent learning opportunity in such an important field.

2008

• Power Systems Engineering degree, Master Thesis (in Spanish):“Energía Undimotriz: Una aproximación al aprovechamiento de la energía de las olas para la generación de electricidad”.