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Implementation of Ship Hybridisation

The ISHY project aims to develop, test and validate technical tools and socio-economic implementation models for hybridization or fuel cell powering of ships. The scope of the project also includes hydrogen supply aspects in ports. The project will demonstrate the effectiveness, in terms of CO2 emission reduction, of these approaches by updating and building several types of ships (CTV, barges, cruise ship, etc.) as well as the associated port storage solutions.

The ISHY project aims to develop, test and validate technical tools and socio-economic implementation models for hybridization or fuel cell powering of ships. The scope of the project also includes hydrogen supply aspects in ports. The project will demonstrate the effectiveness, in terms of CO2 emission reduction, of these approaches by updating and building several types of ships (CTV, barges, cruise ship, etc.) as well as the associated port storage solutions.

First place on the podium for our team.

The CERAMATHS laboratory has many scientific and technological platforms allowing the realization of high quality experiments.

The motor analysis platform is managed by the research department "Sciences de l'Homme et du Vivant" (SHV) of the LAMIH (UMR CNRS 8201), which is a department bringing together researchers from different disciplines dealing with the human aspects of movement.

The Scaratech project and its 9 student project leaders, win the prize at the "48h Chrono"

A look back at the challenge bringing together students from seven EUNICE universities.