A race around the world powered by renewables 

 

Climb aboard the breakthrough challenge - Around the world without fossil fuels

For the Vendée Globe, yachts carry up to 200l of diesel. In this race, Fabrice wants to do without using it. Together we aim for him to complete the next solo round-the-world voyage with total energy autonomy. 

Sailing is fueled by wind. An ages old renewable technology to which Amedeo is now adding solar and hydro power for a completely renewables-powered competition. In collaboration with his team, our experts have developed the technical implementation of the energy supply, storage and distribution. This is a real challenge, especially given that the oceanographic sensors mean an increased energy requirement of 15%.


Energy management system

16m² of solar panels and two hydro generators keep recharging the batteries, granting up to 36hrs of energy autonomy. The solar panels are made from particularly high-performance flexible solar cells, which adapt to the shape of the boat. This means that every surface angle, no matter how small, can be exploited. Hager Group and E3/DC expertise allowed for an optimised energy management system and best battery size. 


Fabrice Amedeo on his boat

Our common goal is to raise awareness for what is possible relying on renewables only, be it in extreme sailing or in everyday life. Hager Group is committed to pushing environmental technologies either way.


"In projects like this, we combine technology with environmental awareness. It's something that is close to our hearts. Our vision is to achieve a high level of independence from external aid and the greatest possible energy self-sufficiency. Fabrice Amedeo will achieve this with his boat on the ocean; we are aiming for the same independence from fossil fuels in our buildings on land", explains Marc Helfter, Director of Technical Innovation at Hager Group.


Sailing in the service of science

Fabrice Amedeo equipped his high-tech racing yacht with ultra-modern oceanographic sensors that collect a wealth of scientific data for marine research: it's a floating laboratory of a kind. The sensors measure temperature, salinity and CO2 levels, as well as microplastics and environmental DNA in surface waters.
Eco project Fabrice Amedeo

This surface DNA will produce a biological map of the marine organisms, from microscopic bacteria to large marine mammals such as whales, present along the route, a cutting-edge research technology from New Zealand.

This invaluable data will be made available to renowned research institutes such as Ifremer in Brest, Geomar Helmholtz-Zentrum für Ozeanforschung in Kiel and Max-Planck-Institut für Marine Mikrobiologie in Bremen. The information gathered furthers the understanding of the impact of global warming on the oceans.


All this adds an extra 15% energy requirement, making Fabrice’s quest to sail on renewables only so much harder.


Innovation and sustainability

With Fabrice we share the desire to protect the environment. He does the action we supply the know-how. Inspired by his dedication to ocean health, we have recently launched a new range of switches made from at least 27% of plastic collected near the coast. 
The raw material is supplied by Avient, who collaborates with Plastic Bank, a company that collects plastic waste before it reaches the oceans.

Innovation and sustainability often go hand in hand. Of this we are convinced. 

Cubyko switch

Want to stay up-to-date?

Subscribe to our newsletter and receive the news you would like to receive.