4. VISION & MISSION To be a research centre of excellence in the renewable energies field with international outreach. To generate knowledge in the renewable energy field and to transfer it to the industry in order to boost sustainable energy development. VISION MISSION 01 INTRODUCTION
5. Basic research Applied research Technological development Technological services Engeenering Industrial Production R&D Projects Certification Tests 01 INTRODUCTION SCIENCE-THECNOLOGY- ENTERPRISE SYSTEM
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7. 01 INTRODUCTION CENER IN NUMBERS The annual 2010 budget is € 22,5 million. 60% self-financing 200 employees researchers, technical staff and support personnel Total investments (2002-2009): >€75 million More than 200 customers in all five continents 22,5 M€ 200 75 M€
8. 01 INTRODUCTION INFRAESTRUCTURES Headquarters Sarriguren Biofuels plant Aoiz Wind Test Laboratory Sangüesa Offices Madrid & Sevilla
10. Technological development Research lines Infraestructures Revenue Operating Trustees (financing agreement) Extraordinary income Large projects ACTION AREAS 02 SCIENTIFIC-TECHNOLOGICAL STRATEGIC PLAN Internationalization
11. Be a technological benchmark centre in the renewable energy sector and satisfy the technological development needs of the RE industry . Be at the cutting edge of new technological developments and create added value in the technological services that we provide Have a relevant international presence with special emphasis on the EU (Framework Programme). Have adequate R&D activity and internal development Design, construct and operate large technological infrastructures for certification, tests and process development. GENERAL FRAME OBJECTIVES 02 SCIENTIFIC-TECHNOLOGICAL STRATEGIC PLAN
12. WIND POWER 02 SCIENTIFIC-TECHNOLOGICAL STRATEGIC PLAN
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15. WIND TURBINE TEST LABORATORY 02 SCIENTIFIC-TECHNOLOGICAL STRATEGIC PLAN
16. Blade Test Laboratory (70m) Powertrain Test Laboratory (5 MW) Nacelle Test Bench Experimental Wind Farm (6x5 MW) 02 SCIENTIFIC-TECHNOLOGICAL STRATEGIC PLAN WIND TURBINE TEST LABORATORY
21. Modelling, simulation and design of components and systems Modelling, simulation and design of low, medium and high temperature collectors. Design of thermoelectric solar components and systems. Design and development of characterisation systems and assessment of thermoelectric solar plants. Computer tools for the modelling and simulation of flat solar collectors. Computer tools for the modelling, simulation and optimisation of thermoelectric solar plants. SOLAR THERMAL ENERGY 02 SCIENTIFIC-TECHNOLOGICAL STRATEGIC PLAN
33. 03 EMBLEMATIC PROJECTS EMBLEMATIC PROJECTS 2010 - 2013 DEPARTMENT PROJECT TIME WIND-LEA SOLAR PHOTOVOLTAIC SOLAR THERMAL PHOTOVOLTAIC BIOCLIMATIC ARCHITECTURE SOLAR THERMAL Certification and components test High efficiency Si cell Energy rehabilitation and certification of buildings Development of concentrator technology Ongoing 3 años Ongoing 2 - 3 years BIOMASS Second generation biofuels 2 - 3 years WIND - ADA Development of advanced blades 2 - 3 years WIND - EPR Wind maps Ongoing IRE Micro-network. Distributed generation. 2 years