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The EEL ENERGY tidal turbine,
an innovative and sustainable solution

Know more

The EEL tidal turbine, energy conversion
by undulating membrane.

  • The EEL Energy membrane optimizes energy transfer by fluid/structure coupling. This induces an undulation of the membrane.
  • The membrane undulates under the pressure of the moving fluid. These periodic deformations of the structure are transformed into electricity via an electromechanical system.
  • The entire surface of the membrane is an energy sensor.
  • A control loop allows to optimize the energy capture according to the incident current.
  • The technology is internationally patented.

A tidal turbine with encouraging performances.

Technological advantages of the EEL® Energy tidal turbine

  • Possibility of high power 10MW.
  • No cavitation problems.
  • Smaller footprint compared to the power collected.
  • Automatic orientation to the current, captures 100% of the current.
  • High density of tidal farms.
  • Low fluid speed start-up (0.7 m/s).
  • Installation near the coast is possible (shallow depth).
  • Machine that adapts to the speed of the current for optimal operation.
  • Many potential uses.
  • No Betz limit, which limits the recovery of propeller systems.

Our range of products

Power : 5KW
Membrane size : 3x3m
  • Expected production : 20MWh per year
  • Required depth : 2 meters
Power : 30-50KW
Membrane size : 5x7m
  • Expected production: 240MWh/year
  • Required depth : 4 meters
Power : 100KW
Membrane size : 7x10m
  • Expected production : 500MWh/an
  • Required depth : 7 mètres
Power : 1000KW
Membrane size : 15x22m
  • Expected production : 2000MWh per year
  • Required depth : 15 meters
Custom-made machine
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An immense and renewable resource on a global scale

A technology applicable to all types of currents

More efficient technology than the traditional turbine solution

Comparison of current profile zones

French coast from Brittany to Nord Pas de Calais

Areas accessible to turbines

Areas accessible to EEL® Energy

Northern Irish Sea including Northern Ireland and the Isle of Islay region

Areas accessible to turbines

Areas accessible to EEL® Energy

ENCORE is initiated and managed by Lead Partner Bluespring and receives funding from the Interreg 2 Mers 2014-2020, co-funded by the European Regional Development Fund under subsidy contract No 2S08-004. Also, the provinces of South and North Holland and Zeeland are offering financial support. Other partners are the Université de Gand, Water2Energy, Teamwork Technology, Oceans of Energy, EEL Energy, Bureau Veritas, European Marine Energy Centre, Artelia, Deftiq, Dutch Marine Energy Centre, Inyanga Marine Projects.

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This project is co-financed by the European Union with the European Regional Development Fund (ERDF)

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