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Spanish R&D for Wind Energy. 2008 Overview

Cooling system . Modular converter system in two floors . MV transformer. Gearbox. Permanent-Magnet -Generator. Spanish R&D for Wind Energy. 2008 Overview. Ignacio Cruz. Contents. R & D Activities: REOLTEC – Spanish Wind Energy Technological Network

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Spanish R&D for Wind Energy. 2008 Overview

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  1. Cooling system Modular converter system in two floors MV transformer Gearbox Permanent-Magnet -Generator Spanish R&D for Wind Energy. 2008 Overview Ignacio Cruz

  2. Contents • R & D Activities: • REOLTEC – Spanish Wind Energy Technological Network • R&D Activities: National Gov. Programs: • National Basic R&D Projects: • Universities, Public and Private R&D Centers • Sectorial R&D Projects: • MINIEÓLICA (Leader: Ciemat-Robotiker) • CENIT Projects: • WINDLIDER 2015 (Leader: Gamesa-Ecotecnia) • EOLIA (Leader: Acciona Energy)

  3. R & D ACTIVITIES • Spanish Manufacturers R&D priorities • (Renewable Energy Plan 2005-2010) • Advanced systems to control the quality of the power fed into the grid. • Development of wind turbines with unit power outputs of more than 2 MW. • Adaptation of high-capacity wind turbines to offshore applications • Implementation of demonstration offshore wind farms

  4. R&D Activities: National Gov. Programs: • CENIT Projects (Large Projects lead by Industrial Consortiums) • - “Windlider 2015” “Development of technologies and systems for simulation and validation of new very large wind turbines” Leader: GAMESA and ECOTECNIA • - “EOLIA Project” Technologies for offshore wind farms in deep water” • Leader: ACCIONA ENERGIA • Basic Research. Main Topics: Control strategies, Power electronics, Power quality and O&M tools • PSE Projects (Strategic National Consortiums for the Technological Research lead by the industrial sector ) • - MINIEOLICA Project. Promotion of the Spanish Small Wind Energy Sector (New developments up to 100 kW, reliability increasing, noise emission reduction, certification and demo projects. • PROFIT Program (Program for the promotion of R&D&D on specific Industrial technology) • - Scientific Research: • - Dynamic Forecasting tool for large scale wind energy integration. • - Sensibility in rotor efficiency with dimensional regulation. • - Industrial Research: • - Redesign of different WEC’s components. • - Development of protection devices against ice on blades. • - Offshore wind farms studies. (resources assessment, state of art, electrical infrastructures • IDAE R&D Projects (Public energy agency collaboration on new developments) : • - ECOTECNIA 3000 • - Acciona Windpower AW-3000

  5. - Development of a hydrogen storage pilot system for regulating feed-in of wind power generation -Optimization of manufacturing processes of laminated rims -Design of advanced control systems: application to automatic turbine tower cleaning systems -Nanotechnology applications to improve wind plant yields -Development of sustainable energy systems to improve quality of life in developing countries -Development of lighter-weight turbine components based on component design, improved materials and new molding techniques -Floating wind-hydraulic hybrid platform for a sustainable solution to water and energy demand -Development of a prefabricated concrete tower —and specific manufacturing and assembly processes—for large turbines - Systems for designing, manufacturing and installing prefabricated concrete turbine towers - Viability study of data acquisition methods at sea for offshore wind power -Mixed wind power system with both grid connection and connection to an electrolyzer, for producing and storing H2 for use in a combustion motor grid-connected generator PROFIT MEC 2007

  6. Strategic R&D Plan Project PSE-MiniEólicaPromotion of the Technology for Small Wind2007 - 2011 Organization of MINIEÓLICA Project: Three working areas are differentiated by targets: First Area: Product Development This area is focused on the support to the manufacturers in the development of their new products. Each line is leaded by one manufacturer which will be helped by technological research centres and private companies. New designs will cover the needs of the market in the power range between 20kW and 100kW. Second Area: Technical Development Breaking technological barriers and propitiate the technological development in key areas for SWT sector are the main objectives of this area. Those activities must be lead by technological R&D Centres and only in some cases by private companies. Technology research for medium-term application is attended in this area. Third Area: Activation of the SWT sector and support infrastructure development The objective of this area is the promotion, dissemination, sensitization and info collection for the SWT sector. Also in order to promote and adequate development of new products and business associated, a new infrastructures are needed, services has to be established (f. i. certification test facilities). A new called “minieolica sector” is pursuable.

  7. PSE-MINIEÓLICA Project PUBLIC PRIVATE RESEARCH TECHNOLOGICAL CENTRES CENTRES PRODUCT TECNOLOGICAL DINAMISATION Del Valle Aguayo INDESMEDIA EOL S.A. LEIA SMALL WIND SECTOR TAKE OFF Universidad de Murcia • Strategic R&D Plan (Con’t) Project Structure

  8. Windlider 2015, is an industrial research project led by Spanish turbine manufacturers Gamesaand Ecotècnia. Its objective is to keep Spain at the cutting edge of wind power technology. Specifically, the project involves the design of new high-power machinery. Windlider 2015 has received a €13 million grant, almost half of its €28,5 million total estimated investment requirement. The project’s objectives are the following: To perfect design process of future turbines, reducing “time to market” and increasing maturity of the first series, considered vital to leading the market as of 2012 To boost Spanish-owned enabling technologies To create a holistic simulation model that reproduces as faithfully as possible the behavior of future turbines and determine the effect of new configurations, new enabling technologies and other factor on turbine performances To deploy several mid-sized technological-scientific infrastructures in Spain that permit experimentation in scales up to 5 MW with complete turbine prototypes and critical components (generators, gearboxes, converter, chasis yaw, etc.) CENIT WINDLIDER 2015

  9. CENIT EOLIA OBJECTIVE. Development of all technologies to permit the installations offshore in deep water ( more than 40 m.) - Several research activities are included in the project: -Energy field ( wind energy and electricity) -Sea technologies ( aquaculture, desalination) -Civil works -Ship technologies - Total budget 33.9 MEuros (public subsidy 16.7 MEuros) - Duration of the project 2007-2011. - More than 16 companies and 25 Research centers - Project leader: ACCIONA

  10. CENIT EOLIA • RESEARH ACTIVITIES • General specifications and objectives • Foundations for deep water • Electrical connection • New concepts for floating structures • Equipments for Offshore installations • New concepts in Offshore Wind energy converter • Wind resources for Offshore • Operation and Maintenance • Aquaculture • Desalination in offshore installations

  11. NEW TEST FACILITIES Large wind turbine test facilities: National Renewable Energy Center CENER (Sanguesa-Navarra) Small wind turbine test facilities: Center for the Development of Renewable Energy CEDER (Soria-Castilla y León) Offshore wind turbine test facilities: Andalusian Technological Center for Renewable Energy CTAER (Cadiz-Andalucia) CIEMAT is trustee of CENER and CTAER and owner of CEDER CIEMAT CEDER CENER ITER CTAER ITC FDNTHA SOTAVENTO

  12. Wind turbine test laboratory BLADE TEST FACILITY MATERIAL´S LAB. ADMINISTRATIVE DEPARTMENT. WIND TUNNEL. DRIVE TRAIN TEST PLANT

  13. CEDER Soria Components Test Small wind test Flywheels Test Hybrid Systems test

  14. http://www.sotaventogalicia.com/english/index.php?PHPSESSID=0aaae4f08341d998347188fb50d85382http://www.sotaventogalicia.com/english/index.php?PHPSESSID=0aaae4f08341d998347188fb50d85382 Shareholders SOTAVENTOExperimental wind farm Hydrogen & Wind

  15. Instituto Tecnológico y de Energías Renovables S.A., ITER, was founded by the Cabildo Insular de Tenerife, the island's administrative authority. It was aimed to cover the need of starting a new research field in the islands to reduce the exterior energy supplying dependence and allow a cleaner and sustainable development. ITER Instituto Tecnológico y de Energías RenovablesRenewable Energies and Technological Institute Sea water desalination Wind farms Wind Tunnel

  16. Thanks for your attention www.ciemat.es

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