Introduction par Christophe Clergeau, reprsentant, Observatoire des - - PowerPoint PPT Presentation

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Introduction par Christophe Clergeau, reprsentant, Observatoire des - - PowerPoint PPT Presentation

Jan 31, 2023 202 likes •635 views

JOURNEE EUROPEENNE DE LNERGIE HYDROLIENNE THE EUROPEAN FLOW ENERGIES DAY 10:30 10:45 Introduction par Christophe Clergeau, reprsentant, Observatoire des nergies de la mer. Introduction by Christophe Clergeau, representative,

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JOURNEE EUROPEENNE DE L’ÉNERGIE HYDROLIENNE THE EUROPEAN FLOW ENERGIES DAY 10:30 – 10:45 Introduction par Christophe Clergeau, représentant, Observatoire des énergies de la mer. Introduction by Christophe Clergeau, representative, Observatoire des énergies de la mer.

Avec le soutien de Supported by

#Euromaritime #Eurowaterways

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Présentation de l’observatoire des énergies de la mer

www.merenergies.fr

Christophe Clergeau

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3 www.merenergies.fr

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JOURNEE EUROPEENNE DE L’ÉNERGIE HYDROLIENNE THE EUROPEAN FLOW ENERGIES DAY 10:45 – 12:00

L’énergie hydrolienne en Europe, déjà une réalité, mais jusqu’à quel point ? Flow energy is already well-established in Europe, but to what extent ?

Avec le soutien de Supported by

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L’énergie hydrolienne en Europe, déjà une réalité, mais jusqu’à quel point ? Flow energy is already well-established in Europe, but to what extent ?

Marc LAFOSSE

Président / President Energie de la Lune

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L’énergie hydrolienne en Europe, déjà une réalité, mais jusqu’à quel point ? Flow energy is already well-established in Europe, but to what extent ?

Jean-François SIMON

PDG / CEO Hydroquest

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HYDROKINETIC TURBINE FARMS

Designed for electricity producers Rivers and the ocean

NEW GENERATION PATENTED TECHNOLOGY

www.hydroquest.net contact@hydroquest.net

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HY HYDROKIN INETIC TURBINE HY HYDROQUEST OPE OPERATIN ING PRI PRINCIP IPLES

Transverse-flow turbine Two counter-rotating columns with fairings

  • Several turbines with transverse flow and vertical axis
  • Two counter-rotating columns
  • Fairings
  • Mounting on a floating barge, fixing to the ground or on a supporting structure
  • 10 years R&D : 10 thesis, 9 patents
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RIVER TURBINES

HYDROQUEST RIVER 1.40 is a hydrokinetic turbine assembly with

  • ne level and two wheels. It includes a turbine, two generators and a

support barge. Main features:

  • Minimum depth of the watercourse 2,2 m
  • Wheels diameter 1500 mm and height 1500 mm ;
  • Total height 1,8 m
  • Total width 5,9 m
  • Nominal electrical power 40 kW with a flow speed 3,1 m/s.

5 900 mm 1 800 mm

HYDROQUEST RIVER 2.80 is a hydrokinetic turbine assembly turbine with two levels and two wheels each. It includes a turbine, two generators and a support barge. Main features:

  • Minimum depth of the watercourse 4,2 m
  • Wheels diameter 1500 mm and height 1500 mm ;
  • Total height 3,6 m
  • Total width 5,9 m
  • Nominal electrical power 80 kW with a flow speed 3,1 m/s.

5 900 mm 3 800 mm

Commercial offer : two turbines Installed in farms up to 5MW

40 kW 80 kW

READY TO INSTALL

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Mounting on floating barge RIVER MOUNTING Maintenance position Maintenance position

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RIVER MOUNTING

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RIVER TURBINES

Institutional and private partnerships Orleans site: in urban environment and NATURA 2000 protected zone (Unesco classification)

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RIVER TURBINES

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CONFIDENTIEL

RIVER TURBINES

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PH PHOTOS- HY HYDROKIN INETIC TURBINE IN IN FRE FRENCH GU GUYANA

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ADVANTAGES OF THE HYDROQUEST RIVER SOLUTION

  • Hydropower from the kinetic energy of

water, does not require fall

  • Predictable,

regular and economic energy

  • Fast deployment and installation, within

few months. No civil engineering required.

  • Reliability

and robustness

  • f

the system, especially against debris, through the manufacturing process and proven materials : lifetime over 25 years

  • Modularity allows adjusting of the number of levels and the number of hydrokinetic turbines to the

depths of sites

  • Operating and maintenance is simple, by raising the hydrokinetic turbine in the dry and with built-in

monitoring system

  • Extremely low environmental impact
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First hydrokinetic turbine to supply a village in French Guiana, 10kW First hydrokinetic turbine connected to the French grid Orléans, 40kW Project of the first hydrokinetic farm of an industrial size CNR Génissiat, 2 MW Prototype of the concept Grenoble, 30kW

PROJECTS IN PROGRESS INTERNATIONALLY

DGA test in towing tank Performance validation

RIVER TURBINES

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Compared to other renewable energies, such as photovoltaic and wind power, hydrokinetic turbines have several specific advantages:

  • The best resource availability: energy is predictable and almost permanent.
  • Storage requirements for energy limited compared to solar or wind power.
  • The compact size of the turbines.
  • Environmental impact almost zero: unlike fossil fuels, the photovoltaic (energy storage and

recycling at end of life) and even conventional hydraulic (impact of civil engineering, methanisation)

  • Possibility of decentralized production closer to energy needs.
  • Easy recycling: the Hydroquest turbines through their design, have a long lifetime (> 25 years)

and are easily recyclable, they are mainly made of construction steel and contain no composite materials

ADVANTAGES OF OF THE HY HYDROQUEST RI RIVER COMPARED TO OTHER RE RENEWABLE EN ENERGIES

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Based on a study by the American firm Pike Research and our own appraisal, we estimate

a global potential for HydroQuest type turbines, between 3 and 10 GW

(15 billion € in sales over a 10 to 15 years period).

Only a third of global hydropower potential is used. Use of hydro potential by continents: South America: 30% Asia: 22% Africa: 7%

HYDROKINETIC RIVER TURBINES MARKET

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Crude linear per country of water courses equippable by hydrokinetic turbines

More than 3000 km Between 700 and 3000 km Between 300 and 700 km Between 150 and 300 km Between 16 and 150 km Potential 7 % Potential 2 % Potential 9 % Potential 22 % Potential 47 % Potential 13 %

HYDROKINETIC RIVER TURBINES MARKET POTENTIAL

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POSITIONING ON RIVER MARKET

  • Our real competition in isolated or poorly connected sites is the production by

diesel generators

  • On many potential hydrokinetic turbine farm sites we will be more competitive

in price and more environmentally friendly

River Market

Power range: 40 kW to 5 MW Flow speed > 1,5 m/s MWh cost between 50 and 200 €/MWh

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An ongoing partnership with Constructions Mécaniques de Normandie (CMN), a leading European shipyards, located in Cherbourg, France, will enable the development of tidal marine farms around the world. The Hydroquest technology is particularly relevant for marine applications

MARINE TURBINES

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An ongoing partnership with Constructions Mécaniques de Normandie (CMN), a leading world shipyard, located in Cherbourg, France, will enable the development of tidal marine farms around the world.

The Hydroquest technology is well adapted for marine applications

MARINE TURBINES

  • Modular concept to adapt

different depths

  • Simple and robust concept

reducing manufacturing costs,

  • peration and maintenance
  • Using cross-flow turbines

insensitive to the current

  • rientation
  • Dimensions and weight of the

hydrokinetic turbines adapted to service boats developed by our partners

  • All Metal Fabrication: better impact

resistance and better recyclability than other materials

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Test of the first

  • cean

demonstrator in France, on Paimpol Bréhat testing platform Commercial deployment of tidal turbine farms Development of a high performance hydrokinetic tidal turbine Development of pilot tidal turbine farm

TIDAL TURBINES ROAD MAP

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ESTIMATE OF OF TID IDAL RE RESOURCES

The estimates of global potential of tidal energy generation vary, but it is widely agreed that tidal stream energy capacity could exceed 120 GW globally.

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www.hydroquest.net

Please contact us for your projects

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L’énergie hydrolienne en Europe, déjà une réalité, mais jusqu’à quel point ? Flow energy is already well-established in Europe, but to what extent ?

Jean-Philippe PAGOT

Directeur Environnement Maritime / Maritime Environment Director EDF Energies nouvelles

Avec le soutien de Supported by

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L’énergie hydrolienne en Europe, déjà une réalité, mais jusqu’à quel point ? Flow energy is already well-established in Europe, but to what extent ?

Pierre VOGT

Conseiller régional / Regional Councillor Région Normandie

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#Euromaritime #Eurowaterways

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JOURNEE EUROPEENNE DE L’ÉNERGIE HYDROLIENNE THE EUROPEAN FLOW ENERGIES DAY 10:45 – 12:00

L’énergie hydrolienne en Europe, déjà une réalité, mais jusqu’à quel point ? Flow energy is already well-established in Europe, but to what extent ?

Avec le soutien de Supported by

#Euromaritime #Eurowaterways