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Dr. Pedro Banda Director General. ISFOC

Concentration Photovoltaics, The Way to Future Energy. Dr. Pedro Banda Director General. ISFOC. Madrid  20 May 2010. concentration photovoltaics. concentration photovoltaics. Energy payback. Current and voltage behaviour at high concentration. Recycling. Optical elements. Tracking needs.

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Dr. Pedro Banda Director General. ISFOC

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  1. Concentration Photovoltaics, The Way to Future Energy Dr. Pedro Banda Director General. ISFOC Madrid  20 May 2010

  2. concentration photovoltaics

  3. concentration photovoltaics Energy payback Current and voltage behaviour at high concentration Recycling Optical elements Tracking needs High efficiency cells Industrial sectors involved Efficiency and T at reasonable values

  4. 41.6% concentration photovoltaics Source: National Renewable Energy Laboratory (USA)

  5. concentration photovoltaics

  6. concentration photovoltaics

  7. concentration photovoltaics

  8. concentration photovoltaics

  9. concentration photovoltaics

  10. market ... need to create a CPV market source: Prometheus Institute

  11. market ... need to create a CPV market source: Prometheus Institute

  12. market

  13. solar resource CPV is the technology of choice in regions with high DNI (>1800 kWh/m²): Southern Europe, Northern & Southern Africa Middle East The US South-West Australia

  14. market

  15. market lowest cost of electricity Cost reduction is driven by Production growth through large scale projects Product development Efficiency source

  16. isfoc model Global reference project for commercial deployment of concentration photovoltaics. Providing reliable information on power and productivity of CPV systems through the installation of pilot plants of various technologies. Our aim is to train a group of experts capable of promoting high level industrial and academic research. UPM-IES

  17. isfoc 300kW 500kW 300kW 500kW 300kW 300kW 400kW

  18. isfoc - puertollano

  19. isfoc

  20. isfoc - puertollano Labs Office space Maintenance

  21. isfoc - r&d

  22. projects UE funded NACIR (FP7) Spain Egypt Germany Morocco

  23. projects PSE SIGMASOLES (National Singular and Strategic Projects)Financed by Spanish Ministry of Science and Innovation. It covers most of R&D areas for CPV, establishing a very dinamic consortium: Cells Optics Modules Trackers Power plants - BOS Pilot Plants - Test fields Characterization Modeling Management - Dissemination

  24. projects MASDAR - ISFOC Pilot Plant up to 1MW ISFOC carries out project management, technology selection and evaluation, rating, monitoring and reporting of CPV performance under Gulf area conditions. Co-financed by Spanish Government. Project start - March 2010.

  25. projects • SOLAR Spectrum • TRACKER • Agriculture • Evaluation of Technologies

  26. performance Performance at high temperatures source

  27. power rating

  28. production average 100kW CPV power plant Energy production (kWh) DNI (kWh/m2)

  29. production average 100kW CPV power plant Energy production (cumulated) Energy production (kWh)

  30. production Comparison PV - CPV 2009

  31. industry innovation energy CPV projects

  32. CPV projects world wide large scale deployment regulation standardisation project financing innovation technology financing

  33. proposal of a spanish CPV FIT Regulatory framework that must be predictable, profitable for the investor, assumable by the Administration and the general public, and sustainable. Power allocation for CPV plants (10MW/year). Extra financing support (FiT, Tax exemption, etc...) +10c€/kWh (decreasing 13%)

  34. proposal of a spanish CPV FIT

  35. proposal of a spanish CPV FIT Scenario:Investors require a minimum IRR for the project of 9% CPV installation located in Spain generates around 1,881 kWh/kWp, 50% self funding and 50% financing at an interest rate of Euribor+3%

  36. proposal of a spanish CPV FIT cost of €325M Benefits Investment (installs and industry) of €431M employment of 2500 approx. electricity production of €75M CO2 emissions avoided 559.000 Tm SO2 emissions avoided 1.738 Tm

  37. CPV challenges • Science - Technology support measures • cell efficiency • materials • sun tracking • optics • Industrial support • from prototype to product • testing & reliability • rating • value chain • Regulatory support • technology deployment • access to large projects financing

  38. conclusions • EU is scientifically and technologically well positioned for leading the growth of CPV sector. • EU is leading the CPV deployment with first field experiences • CPV is demonstrating its capabilities for large scale deployment and will play a significant role in future energy solutions. • Regulation and legal frame for EU and MENA region.

  39. thanks isfoc@isfoc.com c/ Francia 7 3500 Puertollano (Ciudad Real) SPAIN +34 926 441 673

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