Marine energies are emerging, being a credible alternative to electricity generation from carbon sources. France, which, with its coastlines, has a very high marine energy production potential, and then has the opportunity to strengthen its technological leadership and race ahead in this sector. Diversify our energy mix and continue to innovate to develop new sources of energy, we could fight climate change.
20 years of research by Jean-Baptiste Drevet on the coupling between fluids and undulating membranes have allowed him to give life to the EEL ENERGY company. EEL develops an undulating membrane inspired by bio-mimicry (fish swimming) to generate electricity from marine or river currents.
The advantages of this solution are numerous:
Several prototypes have already been successfully tested in a North Sean flume tank (in partnership with IFREMER). The 1:6 scale prototype is being tested with already very promising results
The EEL® technology is patented internationally (by 5 patents). The company, based in Paris and Boulogne-sur-Mer, brings together a multidisciplinary team and works with leading partners, including IFREMER or HUTCHINSON (a TOTAL Group subsidiary).
Modeling and simulation are essential needs for EEL ENERGY, especially within the ongoing development phase of our prototypes. Defining the design of our hydro, defining the most relevant choice of materials, collaborating with our suppliers of components, and anticipating the performance of our machines is an added value that will be brought to us thanks to Dassault Systèmes solutions.
Among the topics on which will be used solutions and 3DEXPERIENCE® platform :
EEL ENERGY assembles complementary talents, associated by conviction in the emergence of biomimicry.
The construction industry needs a digital revolution. Even though it is the world´s biggest employer, the industry has been posting profitability losses for over three decades.
Cities have grown at such a scale that imagining the infrastructure and governance required to serve the citizens better has become extremely complex.
In 2017, the market of professional drones is projected to increase to 3,7 billion of euros (Gartner source). Services associated to drones grow up and the autonomy of the machines is optimized. From design offices to operating departments, what are the appropriate devices for collecting data? What applications can be predicted? Which territories can be covered and how
Hunting for asteroids just became more accessible thanks to Open Space Agency's (OSA) Ultrascope, an automated robotic observatory that anyone can fabricate using a 3D printer. Budding astronomers receive, for as little as 750 USD, a starter kit containing the necessary components and the 3D models to print the chassis along with instructions to assemble the components together.
With studies estimating the annual number of deaths due to medical errors in the hundreds of thousands, the time has come to revise the way the medical profession gains knowledge and experience. Advances in 3D printing technology and virtual simulation are creating new opportunities to improve the quality of treatments and patient safety.
Civilian drones have been around for years offering people the opportunity to do what they cannot normally do from the ground. Aerial photography, rescue missions, agricultural monitoring, air pollution watch, and even the all new drone racing. Two types of drones are mainly used today. They are helicopter-like machines and airplane-like machines.
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