Development of critical technical and economic studies for the analysis of the feasibility of an innovate off-shore wind power generation system by a sailing ship equipped with energy production systems
Period Time
2017-2019
Partners
Project Aim
The objective is to analyze an innovative system for the generation of off-shore wind energy by a wingsail technology to produce energy and to study its economic and market prospects. As well as, the project will evaluate the technical viability of the use of the commercial electrolysis technology and its hydrogen storage systems.
Keywords
Offshore wind energy, sustainable mobility, hydrogen, ships, viability, wingsail technology.
Funding received
90.031,72 €
Funding Agency
RM16-XX-017
Contacts
ACHIEVEMENTS
Tutoring Works
Final Graduate Project “Influencia de las condiciones marinas en la producción de hidrógeno mediante la electrólisis alcalina del agua”. E.T.S. de Ingenieros Industriales, UCLM (2018). Student: Mr. Javier Ortega Fernández-Pacheco; Supervisors: Mr. Ernesto Amores Vera (CNH2), PhD. Antoine Claude Bret (UCLM).
Practical training in-company from Dª. María González Rojas, student of the ETSII-UCLM to the characterization and analysis of an alkaline electrolyser for the production of hydrogen in marine applications.
Presentations
“The effect of the ship motion on the performance of alkaline water electrolysis”. E. Amores, M. Sánchez, J. Ortega. International Conference on Electrolysis (ICE 2019). Loen (Noruega), Junio 2019.
“Efecto de la composición del agua de mar en la electrólisis alcalina para la producción de hidrógeno en aplicaciones off-shore”. E. Amores, M. Sánchez, M. Sánchez-Molina, G. Sevilla, J. Ortega. Congreso Iberoamericano de Hidrógeno y Pilas de Combustible (IBERCONAPPICE 2019). Madrid (España), Octubre 2019.
News
