French Competitiveness Clusters

Transcription

1 French Competitiveness Clusters MRE and electricity management Delegation Scandinavia

2 French Competitiveness Clusters 71 Regional Clusters Government policy initiated in 2005 one region, one talent A common goal Leverage competitiveness of our member companies through innovation : Demonstration projects, living labs, R&D collaborative projects Technical centers dedicated to R&D, training, tests and experiments.

3 10 Clusters Dedicated to Smart-Energy 2800 stakeholders amongst which 1990 companies «Smart Grid France» 1811* financed projects representing 8.2B * of investment * From 2005 until now

4 4 Clusters with MRE innovative projects 1048 stakeholders amongst which 716 companies 548* financed projects representing 2,2B * of investment * From 2005 until now

5 Marine Renewable Energies in France Offshore Wind Energy 2 nd field in Europe after UK. French goal in 2020: 6000 MW installed In 2009: R&D and demonstrator calls for proposal by french government agency (ADEME) 3000 MW are in progress through government call for tender (Fécamp, Courseuilles sur Mer, Saint Nazaire, Saint Brieuc; and comming : Tréport, îls d Yeu et Noirmoutier) Offshore Floated Wind energy 20% of European field might be in France: 200TWh/year Coming: Call for proposals for pilot farms Tidal stream energy Potential field of 3000 MW in 2030, main fields closed to Bretagne and Normandie (Raz Blanchard, Raz Barfleur) In progress: Call for proposals for pilot farms Wave energy Potential Field of 200 MW in 2020 and 1000 MW in 2030 In progress: R&D and demonstrator call for proposals Might come: Call for proposal for pilot farms In 2012, more than 100 entreprises were involved in MRE domain and 120 were closed to be Different research institutes IRT Jules Vernes: advanced technologies of production, which includes MRE Techno Campus OCEAN will be launched in 2015: naval industry and MRE (platform dedicated to composites IEED France Energies Marine s: 70 researchers, about 130 M over 10 years to certify and tests MRE systems, this includes 5 offshore MRE test sites. Sources: Annuaire SER / GICAN Dossier de Presse / Comité national pour les énergies renouvelables en mer: 6 nov 2013 Rapport de la mission d étude sur les énergies marines renouvelables, Mars 2013, CGEDD, CGEIET (Ministères)

6 Marine Renewable Energies in France VIEW OF THE MOST ADVANCED PROJECTS Test site / demonstrator Pilot farm Commercial farm Offshore wind energy Offshore floating wind energy Tidal barrage energy Tidal stream energy Tidal river energy Wave energy SWAC (See Water Air Conditionninig) Thermal marine energy

7 S2E2 Smart Electricity Cluster Rachel GUILLOTEAU Technological Adviser

8 S2E2-130 members companies (groups and SMEs), research centers and training organizations specialized in Smart Electricity management : Renewable energies connected to the (smart-)grids Marine Renewable Energies Smart-homes and smart-buildings Electronics for energy efficiency (from the component to electric turbine, via converters or command control) PRODUIRE STOCKER ~ CONVERTIR ~ RÉPARTIR CONSOMMER PRODUCE STORE ~ CONVERT ~ DISTRIBUTE CONSUME S2E2 can be your contact To discover the skills of its members To establish sustainable relationships To open its network for future innovative projects

9 S2E2 - Main MRE solutions Offshore wind energies Tidal energies Wave energies SEAREV Projet Haliade wind turbine (Alstom) S2E2 - Technological MRE axis Control of machines or farms, Energy conversion, energy quality, Turbines Energy storage, Production Prevision Electrical connection, cables, Connection to the grid, HVDC network S2E2 - - Companies S2E2 - Additional competences with EMC2 cluster (Advanced technologies of production, and focus about materials and composites). ECA EN, RTE, EDF, SDEL CC, OCEAN SWING, GEPS TECHNO, KEOPS PERFORMANCE, VENDEE ENERGIE, JEUMONT ELECTRIC, MERSEN S2E2 - - Labs and Platforms SEM-REV (Wave energy test platform) Labs: IREENA, LHEEA, ICAM, SUPELEC, CEA, GREMAN

10 Michel OLLIER Project Manager Ressources énergétiques Marines Tél :+ 33 (0) (0) ollier@polemermediterranee.com 2/12/2013 Pole Mer Méditerranée

11 6 works axis Naval and yachting Maritime safety and security Harbours, infrastructures and transport Marine Renewable Energies Offshore Coastal Environment and costal management Marine biological resources/fishing 2/12/2013 Pole Mer Méditerranée

12 French sea cluster s figure 360members 546 M R&D investment 204 certified projects 166 M public fund 2/12/2013 Pole Mer Méditerranée

13 Road Map MRE of Pole Mer Activities R*D Phases of engineering (design, installation) of exploitation and dismantling: Engineering of the systems and the equipments, Engineering of the MRE farms, Management and maintenance of farms. Development of industrial network 2/12/2013 Pole Mer Méditerranée

14 Pole Mer s Main FWT technologies VERTIWIND WINFLO DAMPING POOL 2/12/2013 Pole Mer Méditerranée

15 To finish IDEOL EIFFAGE CONSTRUCTIONS GEOCEAN ENSM GPMM OCEANIDE TECHNIP EDF EN NENUPHAR GDF SUEZ (CdV) CNIM VERTFLOAT VERTIWIND EFEM PROVENCE GRAND LARGE POWERMATE BLIDAR SIMEO AMARYLLIS WIND KEEPER Others SOFRESUD 2/12/2013 Pole Mer Méditerranée

16 VALENTINA VETERE PROGRAM MANAGER ELECTRICITY AND HYDROGEN TRANSPORTATION DIVISION

17 CEA-LITEN research centers in the new energy technology field Topics: solar technologies, including photovoltaic, thermal and concentrated solar (CSP and CPV) components and systems. Our main objective is to reduce their cost and improve the efficiency. energy storage (Li-ion batteries, heat or chemical carrier like H2), conversion (through fuel cells, for specific uses as heat/cooling, thermal desalination, ) energy management for (micro)network supply, multisources integration, platform electrification. biomass and carbon waste (incl. CO2) conversion (through thermochemical processes, plasma-catalytic, ) and valorization of the energy produced. PAGE 17

18 MARTA NOGAJ Project Manager Marine Energies , quai Watier Chatou

19 EDF S RESEARCH PROGRAMME Generic EDF s activity Production 1 Energy management Commercial development Electrical grids Renewable energies Marine Energies Project The role of RDF R&D is to bring to the EDF s Group An assistance in the selection of the best locations for experimental/pilot plants A contribution in the selection and improvement of most promising technologies A support in the development of operational pilot projects A contribution in the elaboration of the development of the industrial strategy in «Marine Energies» for 2020 Thanks to its expertise in the following fields (among others ) : Hydraulics Electric Mecanics / Materials Maintenance 19

20 Machining SALIOT Nicolas LEROUX Benoît QUARTIER Joël MRE Project Manager Market researcher Sales Manager EUROMÉCANIQUE : +33 (0)

21 Machine tool 2 Horizontal Boring machine : 3000 x 2000 x 2000 mm 1 Milling and Boring machine : 6000 x 2400 x 1200 mm 1 Milling and Boring machine : 4500 x 1950 x 1300 mm 1 Milling and Boring machine : 3000 x 2000 x 2000 mm 1 Horizontal Milling and Boring : 2000 x 2000 x 2000 mm 1 Radial Drills : arm radius 2000 mm

22 EURO MÉCANIQUE is : Specializing in the machining of high volume pieces, Euro Mécanique which is a subsidiary of FMGC was created in With a workforce of 18, equipped with up to date machines and with high precision techniques. Euro Mécanique studies and carries out all single unit or series jobs for the agricultural, railway, public works industries or any other industrial enterprise requiring large volume pieces. EURO MÉCANIQUE is interested to : find customer for machining & to develop and promote Ballast technology for offshore and onshore wind turbine, tidal,...etc

23 Ballasts and anchors solutions SALIOT Nicolas LEROUX Benoît QUARTIER Joël MRE Project Manager Market researcher Sales Manager FMGC : +33 (0)

24 Ballasting solutions IS ISO turnover : 70,7 M current production : tons Capacity : tons Surface : m2 employees : 326 material : Gray iron (215 HB, 240 HB, 250) melting equipment : Cupola 30 t/h molding lines : 1800 x 2800 mm; height maxi: 1600 mm Weight range : max 5 t Hand molding : 6000 x 4000 mm; height maxi: 3000 mm weight range : 5t 25 t coreshop : Automatic core machine + 3 lines for hand molding cores (0,2 kg to 2 t) additional services : Pro-E, Pattern-shop, Machining

25 FMGC is : a FOUNDRY situated in the west of France, close to big Harbors, specialized in the conception, the realization and the marketing of solutions of ballasting of big dimensions for cranes, foundations of wind turbines (onshore and offshore) and structures of marine turbines. With integrated workshops for painting and machining. FMGC produces a part of its electricity via an ORC module and develops mobile hybrid solutions wind energy / solar energy. ISO certifications 9001 and ISO 14001, QSE approach. FMGC is interested in : partners to promote our solution of ballasting as well as customers to accompany them in their projects and to allow them to find solutions adapted to their technical constraints.

26 Yves DEBLESER Renewable Energy Project Manager & Paul LETELLIER Marine Business Development

27 Who is JEUMONT Electric? High power electrical motors and generators manufacturer and high standard service provider for all sorts of electrical machines Worldwide leader in specific markets Aux. machines for Nuclear Power Plants Maritime Propulsion Partnership we are looking for: Joining projects in wind turbines and marine renewables Providing electrical drives dedicated to these applications Imagination in Energy 27

28 Ongoing projet: direct drive for 900kW windturbine Imagination in Energy

29 West Normandy Marine Energy François PIQUET West Normandie Marine Energy, Chief Executive Officer W h e r e m a r i n e e n e r g y is h a r n e s s e d

30 THE BLANCHARD RACE AN EXCEPTIONAL NATURAL RESOURCE No.1 In France for hydrokinetic potential 50% of Europe s hydrokinetic potential FRENCH TIDAL STREAM POWER : A 7,5 GW potential Blanchard Race: 6 GW incl. 3 GW in the Channel islands Barfleur Race: 1 GW Fromveur: 0,5 GW

31 THE 400 KV GRID PROVIDES A HIGH CAPACITY FOR NEW GENERATION IN NORTHERN COTENTIN

32 THE NEXT STEP THE FAB INTERCONNECTION PROJECT France-Alderney-Britain (FAB) An interconnection project with Britain, which has the evacuation potential of Alderney tidal power > HVDC link > maximum power of 1400 MW > 220 km (170 in the English Channel) > Connection in 2022 > Project of Community Interest

33 CHERBOURG A PORT FOR INDUSTRY AND LOGISTICS Building of harbour extension mid 2014 / mid 2016 Building of industrial plants 4th trimester 2014 / mid 2015 AN AMBITIOUS PROGRAMME 100M capital investment Almost 100 hectares dedicated to the activity A specialised quay dedicated berths Five years of work

34 KEY FIGURES OF THE RME I N BASSE-NORMANDIE POTENTIAL INFRASTRUCTURES LOCAL SKILLS No.1 In France for hydrokinetic potential 2 Major ports Cherbourg Caen-Ouistreham 11 Education and research centres of international level 50% of Europe s hydrokinetic potential 100 hectares dedicated to RME 150 SMEs and SMIs dedicated to MRE 1 Off-shore wind farm 450 MW capacity 1 High capacity electricity charged transport system Education and training courses Dedicated to MRE

35 Gro WAERAAS de SAINT MARTIN Project Manager System Economics & Grid Design Dimitrios Chaniotis R&D Partnerships and Valorization Manager Research Development and Innovation Direction

36 RTE overview Owns and operates the French transmission grid: km of EHV and HV lines substations Peak load served > 100 GW (60+ million inhabitants) 8500 staff Financial figures Turnover: million (2012) Annual Investment: million (2012) Missions: Asset management and development - Electricity flows - Grid Access What do we look for: Leverage our R&D activities through strategic long-term partnerships Lentify the best support within the academic world Industrial partners for: Installation of submarine cables in high flow areas Project finance Know-how sharing in Ocean energy networks development R&D Strategy Asset Management Optimise the asset management process by 10% Power System Optimally integrate 40% of renewables in the System Smartgrids French and European Pilot projects Environment Grid of the future ( ) Select and validate two technological breakthroughs