Portal de Transparencia

Actividad investigadora:

• Artículos en revistas
  • [2019] Novel optical approach for concentrating light in micro-CPV
  • [2019] Performance of Hybrid Micro-Concentrator Module with Integrated Planar Tracking and Diffuse Light Collection
  • [2019] Sistema fotovoltaico de alta eficiencia para tejado
  • [2017] A Review of the Promises and Challenges of Micro-concentrator Photovoltaics
  • [2017] Experimental analysis and simulation of a production line for CPV modules: impact of defects, misalignments, and binning of receivers
  • [2017] Experimental analysis and simulation of a production line for CPV modules: impact of defects, misalignments, and binning of receivers
  • [2017] Indoor Experimental Assessment of the Efficiency and Irradiance Spot of the Achromatic Doublet on Glass (ADG) Fresnel Lens for Concentrating Photovoltaics
  • [2017] Indoor experimental assessment of the efficiency and irradiance spot of the achromatic doublet on glass (ADG) fresnel lens for concentrating photovoltaics
  • [2017] Spectrally-Resolved Optical Efficiency Using a Multi-Junction Cell as Light Sensor: Application Cases
  • [2016] A Manufacturable Achromatic Fresnel Lens For CPV
  • [2016] Design and modeling of a cost-effective achromatic Fresnel lens for concentrating photovoltaics
  • [2016] Determination of spectral variations by means of component cells useful for CPV rating and design
  • [2016] Helios 3198 Solar Simulator Adaptation for the Characterization of LCPV Prototypes
  • [2016] Hybrid Dome with Total Internal Reflector as a Secondary Optical Element for CPV
  • [2016] Hybrid Dome with Total Internal Reflector as a Secondary Optical Element for CPV
  • [2016] Measuring Primary Lens Efficiency: A Proposal for Standardization
  • [2016] Power Rating Based on Two Different Spectroheliometers with Lattice-Matched (LM) and Upright Metamorphic (UMM) Component Solar Cells
  • [2016] Rating of CPV Modules: Results of Module Round Robins
  • [2016] Spectral study and classification of worldwide locations considering several multijunction solar cell technologies
  • [2016] Spectral study and classification of worldwide locations considering several multijunction solar cell technologies
  • [2016] Spectral study and classification of worldwide locations considering several multijunction solar cell technologies
  • [2016] Spectrally-resolved measurement of concentrated light distributions for Fresnel lens concentrators
  • [2016] Using a multi-junction cell receiver as self-detector for spectrally-resolved optical efficiency measurement of concentrators
  • [2015] Determination of spectral variations by means of component cells useful for CPV rating and design
  • [2015] Determination of spectral variations by means of component cells useful for CPV rating and design
  • [2015] Determination of spectral variations by means of component cells useful for CPV rating and design
  • [2015] Improving Optical Performance of Concentrator Cells by Means of a Deposited Nanopattern Layer
  • [2015] Improving optical performance of concentrator cells by means of a deposited nanopattern layer
  • [2015] Reduction of Front-Metallization Grid Shading in Concentrator Cells through Laser Micro-Grooved Cover Glass
  • [2015] Reduction of front-metallization grid shading in concentrator cells through laser micro-grooved cover glass
  • [2015] Toward a Consolidation of the CPV-Specific-Test Procedures for Inverters
  • [2015] Toward a consolidation of the CPV-specific-test procedures for inverters
  • [2015] Understanding Causes and Effects of Non-Uniform Light Distributions on Multi-Junction Solar Cells: Procedures for Estimating Efficiency Losses
  • [2014] Experimental analysis of a photovoltaic concentrator based on a single reflective stage immersed in an optical fluid
  • [2014] Experimental analysis of a photovoltaic concentrator based on a single reflective stage immersed in an optical fluid
  • [2014] SOPHIA CPV module round robin: Power rating at CSOC
  • [2013] Current-matching estimation for multijunction cells within a CPV module by means of component cells
  • [2013] Durability of dielectric fluids for concentrating photovoltaic systems
  • [2013] Experimental analysis of a photovoltaic concentrator based on a single reflective stage immersed in an optical fluid
  • [2013] Experimental analysis of a photovoltaic concentrator based on a single reflective stage immersed in an optical fluid
  • [2013] Luminescence inverse method For CPV optical characterization
  • [2012] Characterization Capabilities of Solar Simulators for Concentrator Photovoltaic Modules
  • [2012] Characterizing FluidReflex Optical Transfer Function
  • [2011] Characterization of the spatial distribution of irradiance and spectrum in concentrating photovoltaic systems and their effect on multi-junction solar cells
  • [2011] Concentration photovoltaic optical system irradiance distribution measurements and its effect on multi-junction solar cells
  • [2010] Multijunction Solar Cell Model for Translating I-V Characteristics as a Function of Irradiance, spectrum and cell temperature
  • [2010] Two-dimensional angular transmission characterization of CPV modules
  • [2009] Comparative analysis of different secondary optical elements for aspheric primary lenses
  • [2008] Solar Simulator for concentrator photovoltaic systems
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• Ayudas y becas obtenidas
  • [2015] Ayudas Juan de la Cierva - Incorporación
• Capítulos de libros
  • [2016] Characterization of CPV modules and receivers
  • [2015] Characterization of Multijunction Concentrator Solar Cells
• Conferencias invitadas en congresos
  • [2012] Thermal Effects and Other Interesting Issues with CPV Lenses
  • [2010] Advanced Aspects of Indoor Characterization of CPV Modules
  • [2010] Anti Reflection Coating Optimization for Concentrator Solar Cells
  • [2010] Tools Development for CPV Characterization Based on CCD Camera Measurements
  • [2007] Large area collimator for indoor characterization of concentration modules with flash simulators
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• Cursos, seminarios y tutoriales
  • [2015] Instruments and methods for indoor characterization of CPV devices
• Estancias y sabáticos recogidos en programas oficiales
  • [2019] Estancia en el MIT - César Domínguez
  • [2008] Estancia en Fraunhofer Institut fur Solare energiessystem ISE
• Know-How
  • [2014] Colimadores de gran tamaño
  • [2014] Simuladores solares para la medida de modulos fotovoltaicos de concentración
  • [2013] Colimadores öpticos de gran tamaño
  • [2013] Simuladores Solares para la medida de módulos fotovoltaicos de concentración
  • [2012] Colimadores de gran tamaño
  • [2012] Simuladores solares para la medida de módulos fotovoltaicos de concentración
  • [2011] Colimadores öpticos de gran tamaño
  • [2011] Simuladores solares para la medida de módulos fotovoltaicos de concentración
  • [2010] Colimadores ópticos de gran tamaño
  • [2010] Simuladores solares para la medida de módulos fotovoltaicos de Concentración
  • [2009] Colimadores ópticos de gran tamaño
  • [2008] Colimadores de gran tamaño
  • [2008] Simuladores solares para medir módulos fotovoltaicos de concentración
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• Otros méritos
  • [2018] Miembros de comité de publicación de 14th International Conference on Concentrator Photovoltaics (CPV-14)
  • [2015] Colaboración en el Technical Committee 82 - Working Group 7 de la International Electrotechnical Comisión (IEC)
  • [2015] Revisor revista JCR "Renewable Energy"
  • [2015] Revisor revista JCR 'International Journal of Photoenergy'
  • [2015] Revisor revista JCR 'Solar Energy Materials and Solar Cells'
  • [2015] Revisor revista JCR del IEEE "Journal of Photovoltaics'
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• Patentes
  • [2019] RECEPTOR PARA CÉLULA SOLAR ADECUADO PARA MÓDULOS DE CONCENTRACIÓN SOLAR REFLEXIVOS
  • [2019] RECEPTOR PARA CÉLULA SOLAR ADECUADO PARA MÓDULOS DE CONCENTRACIÓN SOLAR REFLEXIVOS
  • [2019] RECEPTOR PARA CÉLULA SOLAR ADECUADO PARA MÓDULOS DE CONCENTRACIÓN SOLAR REFLEXIVOS
  • [2018] PROCEDE DE CONTROLE DE LA QUALITE D'UN DISPOSITIF PHOTOVOLTAIQUE, ET DISPOSITIF DE CONTROLE ASSOCIE
  • [2018] PROCEDE DE CONTROLE DE LA QUALITE D'UN DISPOSITIF PHOTOVOLTAIQUE, ET DISPOSITIF DE CONTROLE ASSOCIE
  • [2018] PROCESS FOR MANUFACTURING A PHOTOVOLTAIC CONCENTRATOR COMPRISING AN OPTICAL STRUCTURE EQUIPPED WITH TWO OPTICAL-LENS STAGES
  • [2018] PROCESS FOR MANUFACTURING A PHOTOVOLTAIC CONCENTRATOR COMPRISING AN OPTICAL STRUCTURE EQUIPPED WITH TWO OPTICAL-LENS STAGES
  • [2018] RECEPTOR PARA CÉLULA SOLAR ADECUADO PARA MÓDULOS DE CONCENTRACIÓN SOLAR REFLEXIVOS
  • [2018] RECEPTOR PARA CÉLULA SOLAR ADECUADO PARA MÓDULOS DE CONCENTRACIÓN SOLAR REFLEXIVOS
  • [2017] PROCEDE DE CONTROLE DE LA QUALITE D'UN DISPOSITIF PHOTOVOLTAIQUE, ET DISPOSITIF DE CONTROLE ASSOCIE
  • [2017] PROCESS FOR MANUFACTURING A PHOTOVOLTAIC CONCENTRATOR COMPRISING AN OPTICAL STRUCTURE EQUIPPED WITH TWO OPTICAL-LENS STAGES
  • [2017] RECEPTOR PARA CÉLULA SOLAR ADECUADO PARA MÓDULOS DE CONCENTRACIÓN SOLAR REFLEXIVOS
  • [2016] Procede de fabrication d'un concentrateur photovoltaique a structure optique munie d'un double etages de lentilles optiques
  • [2015] PROCEDE DE CONTROLE DE LA QUALITE D'UN DISPOSITIF PHOTOVOLTAIQUE, ET DISPOSITIF DE CONTROLE ASSOCIE
  • [2013] Receptor para célula solar adecuado para módulos de concentración reflexivos
  • [2013] Receptor para célula solar adecuado para módulos de concentración reflexivos
  • [2008] Concentrador fotovoltáico de alta ganancia con una sola etapa reflexiva inserta en un dieléctrico óptico líquido
  • [2007] Concentrador fotovoltaico de alta ganancia con una sola etapa reflexiva inserta en un dieléctrico óptico líquido
  • [2007] Transferencia de la Tecnología: "Colimadores Ópticos de Gran Tamaño y Soporte Técnico para su fabricación, puesta en marcha y comercialización
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• Ponencia en Congresos
  • [2019] Environmental and economic LCI of a micro-CPV module
  • [2019] Environmental and economic LCI of a micro-CPV module
  • [2019] Expanding PVLIB Python for Modeling Static CPV Systems
  • [2019] Expanding PVLIB Python for Modeling Static CPV Systems
  • [2019] Expanding PVLIB Python for Modeling Static CPV Systems
  • [2019] High-efficiency planar-tracking concentrator photovoltaic modules with hybrid direct/diffuse light collection for rooftop installation
  • [2019] Low-cost solar-encapsulant-on-glass Fresnel lenses for CPV applications
  • [2019] Novel optical approach for concentrating light in micro-CPV
  • [2019] Novel optical approach for concentrating light in micro-CPV
  • [2019] Performance of Hybrid Micro-Concentrator Module with Integrated Planar Tracking and Diffuse Light Collection
  • [2019] Performance of Hybrid Micro-Concentrator Module with Integrated Planar Tracking and Diffuse Light Collection
  • [2019] Towards industrialization of planar microtracking photovoltaic panels
  • [2019] Towards industrialization of planar microtracking photovoltaic panels
  • [2018] Assessing the suitability of metal-wrap-through solar cells for low-concentration PV systems
  • [2018] From component to multi-junction solar cells for spectral monitoring
  • [2018] Impact of the temperature dependence of CPV optics transmittance on the current mismatch of multi-junction solar cells
  • [2018] Modelling smrs by means of standardized component cells spectral index
  • [2018] Modelling smrs by means of standardized component cells spectral index
  • [2018] Technical specification IEC TS 62989:2018 - Primary optics for concentrator photovoltaic systems
  • [2017] A manufacturable achromatic Fresnel lens for CPV
  • [2017] A review of the promises and challenges of micro-concentrator photovoltaics
  • [2017] CPV Spectral Monitoring using Mlti-Junction cells as sensors
  • [2017] Spectrally-resolved optical efficiency using a multi-junction cell as light sensor: Application cases
  • [2017] Using a multi-junction cell receiver as self-detector for spectrally-resolved optical efficiency measurement of concentrators
  • [2016] A manufacturable achromatic Fresnel lens for CPV
  • [2016] Experimental Comparison of Secondary Optical Elements for CPV systems
  • [2016] Helios 3198 solar simulator adaptation for the characterization of LCPV prototypes
  • [2016] Hybrid dome with total internal reflector as a secondary optical element for CPV
  • [2016] Measuring primary lens efficiency: A proposal for standardization
  • [2016] Power rating based on two different spectroheliometers with lattice-matched (LM) and upright metamorphic (UMM) component solar cells
  • [2016] Rating of CPV modules: Results of module round robins
  • [2016] Using a multi-junction cell receiver as self-detector for spectrally-resolved optical efficiency measurement of concentrators
  • [2015] "METHOD": A Tool for Mechanical, Electrical, Thermal, and Optical Characterization of Single Lens Module Design
  • [2015] Angular tolerance and daily performance variability of the Suncycle tracking-integrated CPV system
  • [2015] Evaluation of the SOPHIA CPV Module Round Robin on Power Rating at CSOC
  • [2015] Improving optical performance of concentrator cells by means of a deposited nanopattern layer
  • [2015] Reduction of front-metallization grid shading in concentrator cells through laser micro-grooved cover glass
  • [2015] Spectral network based on component cells under the SOPHIA European project
  • [2015] Toward a consolidation of the CPV-specific-test procedures for inverters
  • [2015] Understanding causes and effects of non-uniform light distributions on multi-junction solar cells: Procedures for estimating efficiency losses
  • [2013] Tuning the current ratio of a CPV system to maximize the energy harvesting in a particular location
  • [2012] Indoor characterization at production sccale: 200 kWp of CPV solar
  • [2012] Indoor characterization at production sccale: 200 kWp of CPV solar simulator measurements
  • [2012] Optimizing CPV Systems for Thermal and Spectral Tolerance
  • [2012] Outdoor performance of fluid dielectric CPV modules
  • [2012] Power rating of CPV systems based on spectrally corrected DNI
  • [2012] Probing the effects of non-uniform light beams and chromatic aberration on the performance of concentrators using multijunction cells
  • [2011] Advanced in indoor characterization of CPV modules and components
  • [2011] Advances in indoor characterization of CPV modules and components
  • [2011] Effects of Temperature on Hybrid Lens Performance
  • [2011] Equipment for Static Characterization of Angular Transmission and Misalignments of CPV Modules
  • [2011] FluidReflex Concentrator: From Elementary Unit to Module
  • [2011] High efficiency Photovolatic concentrator using a single stage and a fluid dielectric
  • [2011] High efficiency photovoltaic concentrator using a single reflective stage and a fluid dielectric
  • [2011] Quantifying the Solar Simulator Requirements for Indoor Testing of CPV Modules
  • [2011] Spatial and spectral non-uniform irradiance distribution effects on multijunction solar cells
  • [2011] Spatial and spectral non-uniform irradiance distribution effects on multijunction solar cells
  • [2010] Advanced aspects of Indoor Characterization of CPV Modules
  • [2010] An indoor/outdoor method for CPV power rating: Application to Draft IEC Standard
  • [2010] Angular transmission characterization of CPV modules based on CCD Measurements
  • [2010] Anti Reflection Coating Optimization for Concentrator Solar Cells
  • [2010] Finite elements model for thermal analysis of FLUIDREFLEX CPV system
  • [2010] Indoor characterization of Multijunction Solar Cells under non uniform light patterns
  • [2010] Indoor characterization of non uniform light distribution due to concentrating optics and its effects on solar cell performance
  • [2010] Indoor performance rating of CPV modules at multiple temperature and irradiance levels
  • [2010] Optical characterization of Fluid Reflex Concentrator
  • [2010] Tools development for CPV characterization based on CCD camera measurements
  • [2009] Characterization of the five CPV Module Technologies with the Helios 3198 Solar Simulator
  • [2009] Comparative analysis of different secondary optical elements:Effecive concentration, acceptance andgle and light distribution
  • [2009] Indoor characterization of CPV modules using the Helios 3198 solar simulator
  • [2008] High Concentration Reflexive System with fluid dielectric
  • [2008] Realization of a solar simulator for production testing of HCPV modules
  • [2008] SOLAR SIMULATOR FOR INDOOR CHARACTERIZATION OF LARGE AREA HIGH-CONCENTRATION PV MODULES
  • [2008] Spectrum Controlled Solar Simulation for Factory Testing of CPV modules
  • [2007] Characterization of a New Solar Simulator for High Concentration PV Modules
  • [2007] DESCRIPTION AND VALIDITY ASSESSMENT OF A SOLAR SIMULATOR FOR HIGH-CONCENTRATION PV MODULES
  • [2007] MICRO-FINNED SILICON WAFERS AS HEAT SINKS FOR CONCENTRATORS CELLS IN PARBOLIC DISHES
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• Proyectos de I+D+i
  • [2019] CONCENTRATING PHOTOVOLTAIC MODULES USIGN ADVANCED TECHNOLOGIES AND CELLS FOR HIGHEST EFFICIENCIES (PVMATCH)
  • [2019] MADRID-PV2-CM: MATERIALES, DISPOSITIVOS Y TECNOLOGÍAS PARA EL DESARROLLO DE LA INDUSTRIA FOTOVOLTAICA (ISI-IES-UPM)
  • [2019] METODOS DE INTERCONEXION NOVEDOSOS PARA MICRO-CONCENTRADORES FOTOVOLTAICOS
  • [2019] REALIZACION DE ANALISIS Y MEDIDAS DE COMPONENETES Y SISTEMAS DE CONCENTRACION FV, Y EN CONSULTORIA GENERAL SOBRE SISTEMAS DE CONCENTRACIÓN FV
  • [2018] CONCENTRATING PHOTOVOLTAIC MODULES USIGN ADVANCED TECHNOLOGIES AND CELLS FOR HIGHEST EFFICIENCIES (PVMATCH)
  • [2018] CONCENTRATING PHOTOVOLTAIC MODULES USIGN ADVANCED TECHNOLOGIES AND CELLS FOR HIGHEST EFFICIENCIES (PVMATCH)
  • [2018] FOSTERING A NEXT GENERATION OF EUROPEAN PHOTOVOLTAIC SOCIETY THROUGH OPEN SCIENCE PARTICIPANT
  • [2018] GRECO: Fostering a Next Generation of European Photovoltaic Society through Open Science
  • [2017] ASSESSMENT AND DEVELOPMENT OF THE KANEKA LOW-CONCENTRATION PHOTOVOLTAIC SYSTEM (WORK)
  • [2017] CHARACTERIZATION OF NOVEL CONCENTRATOR PROTOTYPE
  • [2017] DESARROLLO DE SISTEMAS FOLTOVOLTÁICOS DE BAJA CONCENTRACIÓN CON CÉLULAS DE ALTA EFICIENCIA Y SISTEMAS DE SEGUIMIENTO A UN EJE: THESEUS
  • [2017] DIMACON: DESARROLLO E INDUSTRIALIZACIÓN DE UN MÓDULO FOTOVOLTAICO DE ALTA CONCENTRACIÓN
  • [2017] ISI-IES. MATERIALES, DISPOSITIVOS Y TECNOLOGÍA PARA EL DESARROLLO DE LA INDUSTRIA FOTOVOLTAICA (MADRID-PV)
  • [2017] LENTE DE FRESNEL ACROMÁTICA PARA APLICACIONES FOLTOVOLTÁICAS DE ALTA CONCENTRACIÓN
  • [2017] REALIZACION DE ANALISIS Y MEDIDAS DE COMPONENETES Y SISTEMAS DE CONCENTRACION FV, Y EN CONSULTORIA GENERAL SOBRE SISTEMAS DE CONCENTRACIÓN FV
  • [2017] TEST OF CPV CELLS AND COMPONENTS, MARKET STUDIES AND GENERAL CONSULTING
  • [2016] ASESORIAS E INFORMES TÉCNICOS SOBRE UN PROYECTO DE PLANTA SOLAR BASADA EN MÓDULOS FOLTOVOLTÁICOS DE CONCENTRACIÓN
  • [2016] DESARROLLO DE SISTEMAS FOLTOVOLTÁICOS DE BAJA CONCENTRACIÓN CON CÉLULAS DE ALTA EFICIENCIA Y SISTEMAS DE SEGUIMIENTO A UN EJE: THESEUS
  • [2016] HELIÓMETRO ESPECTRAL PARA CARACTERIZACIÓN DE CÉLULAS SOLARES MULTIUNIÓN (HECTOR)
  • [2016] ISI-IES. MATERIALES, DISPOSITIVOS Y TECNOLOGÍA PARA EL DESARROLLO DE LA INDUSTRIA FOTOVOLTAICA (MADRID-PV)
  • [2016] LICENCIA DE DERECHOS DE EXPLOTACIÓN DE LA TECNOLOGÍA SIMULADORES SOLARES PARA LA MEDIDA DE MÓDULOS FOTOVOLTÁICOS DE CONCENTRACIÓN. SOPORTE TÉCNICO DE FABRICACIÓN
  • [2016] REALIZACION DE ANALISIS Y MEDIDAS DE COMPONENETES Y SISTEMAS DE CONCENTRACION FV, Y EN CONSULTORIA GENERAL SOBRE SISTEMAS DE CONCENTRACIÓN FV
  • [2016] SOPHIA
  • [2015] CPVMatch: Concentrating Photovoltaic modules using advanced technologies and cells for highest efficiencies
  • [2015] Contrato marco de prestación de servicios de investigación y desarrollo en sistemas fotovoltaicos de alta concentración (C-More)
  • [2015] Desarrollo de sistemas fotovoltaicos de baja concentración con células solares de alta eficiencia y sistemas de seguimiento a un eje: THESEUS
  • [2015] ECOSOLE : Elevated Concentration photovoltaic solar energy generator and fully automated machinery for high throughput manufacturing and testing
  • [2015] ECOSOLE : Elevated Concentration photovoltaic solar energy generator and fully automated machinery for high throughput manufacturing and testing
  • [2015] Materiales, dispositivos y tecnología para el desarrollo de la industria fotovoltaica (MADRID PV)
  • [2014] Know-How licenciado
  • [2014] Know-How licenciado
  • [2013] LICENCIA DE DERECHOS DE EXPLOTACIÓN DE LA TECNOLOGÍA SIMULADORES SOLARES PARA LA MEDIDA DE MÓDULOS FOTOVOLTÁICOS DE CONCENTRACIÓN. SOPORTE TÉCNICO DE FABRICACIÓN
  • [2013] REALIZACIÓN DE INVESTIGACIONES, MEDICIONES Y SUMINISTRO DE EQUIPOS DE I+D EN EL AMBITO DE LA ENERGÍA SOLAR FOTOVOLTAICA.
  • [2013] SIGMAPLANTAS - LA INNOVACION EN LAS PLANTAS Y MODELOS DE SISTEMAS DE CONCENTRACIÓN FOTOVOLTAICA EN ESPAÑA
  • [2012] CONCENTRADOR HIBRIDO PARA GENERACION ELECTRICA FOTOVOLTAICA E ILUMINACION DE EDIFICIOS
  • [2012] COOPERATION IN THE ASSESSMENT, DEVELOPMENT AND MEASUREMENT OF CONCENTRATING PHOTOVOLTAIC MODULES, RECEIVERS AND CELLS
  • [2012] COOPERATION IN THE DEVELOPMENT AND MEASUREMENT OF CONCERNTRATING PHOTOVOLTAIC MODULES.
  • [2012] COOPERATIVE ACTIVITIES IN DEVELOPING MEASUREMENT METHODS FOR SILICON-ON-GLASS FRENEL LENSES
  • [2012] MEDICIÓN DEL RENDIMIENTO DE CÉLULAS SOLARES ESPECIALES EN CONCENTRACIÓN Y VALORAR SUS POSIBILIDADES EN ESE MODO DE OPERACIÓN
  • [2012] REALIZACIÓN DE INVESTIGACIONES, MEDICIONES Y SUMINISTRO DE EQUIPOS DE I+D EN EL AMBITO DE LA ENERGÍA SOLAR FOTOVOLTAICA.
  • [2012] SIGMAPLANTAS - LA INNOVACION EN LAS PLANTAS Y MODELOS DE SISTEMAS DE CONCENTRACIÓN FOTOVOLTAICA EN ESPAÑA
  • [2012] SIGMAPLANTAS - LA INNOVACION EN LAS PLANTAS Y MODELOS DE SISTEMAS DE CONCENTRACIÓN FOTOVOLTAICA EN ESPAÑA
  • [2011] COOPERATION IN THE DEVELOPMENT AND MEASUREMENTS OF PHOTOVOLTAIC CONCENTRATION MODULES.
  • [2011] COOPERATION IN THE DEVELOPMENT AND MEASUREMENTS OF PHOTOVOLTAIC CONCENTRATION MODULES.
  • [2011] INVESTIGACION EN MATERIA DE UNA NUEVA GENERACION DE MATERIALES, CELULAS Y SISTEMAS (GENESIS FV)-(GRUPO SISTEMAS)
  • [2011] NGCPV: A new generation of concentrator photovoltaic cells, modules and systems
  • [2011] NGCPV: A new generation of concentrator photovoltaic cells, modules and systems
  • [2011] SIGMAMÓDUOS: LA INNOVACIÓN DE LOS MÓDULOS DE CONCENTRACIÓN FOTOVOLTAICA EN ESPAÑA
  • [2011] SIGMAPLANTAS - LA INNOVACION EN LAS PLANTAS Y MODELOS DE SISTEMAS DE CONCENTRACIÓN FOTOVOLTAICA EN ESPAÑA
  • [2011] SOPHIA: PhotoVoltaic European Research Infrastructure
  • [2010] COOPERATION IN THE DEVELOPMENT AND MEASUREMENTS OF PHOTOVOLTAIC CONCENTRATION MODULES.
  • [2010] INVESTIGACION EN MATERIA DE UNA NUEVA GENERACION DE MATERIALES, CELULAS Y SISTEMAS (GENESIS FV)-(GRUPO SISTEMAS)
  • [2010] LICENCIA DE DERECHOS DE EXPLOTACIÓN DE LA TECNOLOGÍA SIMULADORES SOLARES PARA LA MEDIDA DE MÓDULOS FOTOVOLTÁICOS DE CONCENTRACIÓN. SOPORTE TÉCNICO DE FABRICACIÓN
  • [2010] NACIR: New applications for CPV'S: A fast way to improve reliability and technology progress
  • [2010] SIGMASOLES: LA INNOVACION EN CONCENTRACION FOTOVOLTAICA EN ESPAÑA
  • [2010] SUBPROYECTO upm ISI: NUEVA GENERACION DE MATERIALES, DISPOSITIVOS Y ESTRATEGIAS FOTOVOLTAICAS PARA UN MEJOR APROVECHAMIENTO DE LA ENERGIA DEL SOL
  • [2008] COSOLAR: Colaboración en la implantación de un laboratorio de Aplicaciones de Energía Solar
  • [2008] SAV:Licencia de derechos de explotación de la tecnología: "Simuladores solares para la medida de módulos fotovoltaicos de Concentración
  • [2008] SMS: Asesoría para la fabricación y medidas de componentes y sistemas fotovoltaicos de concentración
  • [2008] SOLFOCUS: Cooperation in the Development of Solar Simulators for the measurement of photovoltaic Concentration Modules
  • [2007] ICSC4: 4th International Conference on Solar Concentrator for the Generation of Electricity or Hydrogen
  • [2007] SMS: Asesoría para la fabricación y medidas de componentes y sistemas fotovoltaicos de concentración
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• Responsabilidades
  • [2019] Program Chair of the CPV-15
  • [2018] Miembro de comité de publicación de 14th International Conference on Concentrator Photovoltaics (CPV-14)
  • [2015] Comité de programa de la 11th International Conference on Concentrator Photovoltaics (CPV-11)
  • [2015] Comité de programa del congreso Optics for Solar Energy 2015 de la Optical Society of America
  • [2015] Editor invitado en número temático de la revista científica del JCR 'Optics Express'
  • [2011] Comité científico del congreso Optics for Solar Energy de la Optical Society of America
  • [2011] Evaluador científico de la revista "Optics Express"
  • [2010] Comité científico del congreso Optics for Solar Energy de la Optical Society of America
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• Tesis Doctorales
  • [2012] CARACTERIZACIÓN ÓPTICA Y ELÉCTRICA DE SISTEMAS FOTOVOLTAICOS DE ALTA CONCENTRACIÓN