Portal de Transparencia

Actividad investigadora:

• Artículos en revistas
  • [2019] Modeling and Standardization Researches and Discussions of the Car-roof PV through International Web Meetings
  • [2017] 1-D and 2-D Monte Carlo simulations for analysis of CPV module characteristics including the acceptance angle impacted by assembly errors
  • [2017] 1-D and 2-D Monte Carlo simulations for analysis of CPV module characteristics including the acceptance angle impacted by assembly errors
  • [2017] An end of service life assessment of PMMA lenses from veteran concentrator photovoltaic systems
  • [2017] An end of service life assessment of PMMA lenses from veteran concentrator photovoltaic systems
  • [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
  • [2016] A Manufacturable Achromatic Fresnel Lens For CPV
  • [2016] Assessment of the optical efficiency of a primary lens to be used in a CPV system
  • [2016] Assessment of the optical efficiency of a primary lens to be used in a CPV system
  • [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] 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] Off-Axis Characteristics of CPV Modules Result From Lens-Cell Misalignment-Measurement and Monte Carlo Simulation
  • [2016] Off-Axis characteristics of CPV modules result from lens-cell misalignment?measurement and Monte Carlo simulation
  • [2016] Power Rating Based on Two Different Spectroheliometers with Lattice-Matched (LM) and Upright Metamorphic (UMM) Component Solar Cells
  • [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] Tuning the Assembling Process of Modules by the Use of Proper Equipment
  • [2016] Using a multi-junction cell receiver as self-detector for spectrally-resolved optical efficiency measurement of concentrators
  • [2016] Why are acceptance angle of P-m and I-sc different in spite of uniform illumination onto concentrator solar cells?
  • [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] Evaluation of misalignments within a concentrator photovoltaic module by the module optical analyzer: A case of study concerning temperature effects on the module performance
  • [2015] Evaluation of misalignments within a concentrator photovoltaic module by the module optical analyzer: A case of study concerning temperature effects on the module performance
  • [2015] Understanding Causes and Effects of Non-Uniform Light Distributions on Multi-Junction Solar Cells: Procedures for Estimating Efficiency Losses
  • [2015] Understanding causes and effects of non-uniform light distributions on multi-junction solar cells: Procedures for estimating efficiency losses
  • [2014] Induced Thermo-Mechanical Stress In CPV Receivers With Cycled High Intensity Light
  • [2014] Induced thermo-mechanical stress in CPV receivers with cycled high intensity light
  • [2014] Module Optical Analyzer: Identification Of Defects On The Production Line
  • [2014] Module optical analyzer: Identification of defects on the production line
  • [2013] A Novel Scanning Lens Instrument For Evaluating Fresnel Lens Performance: Equipment Development And Initial Results
  • [2013] Effect of Soiling in CPV systems
  • [2013] Luminescence inverse method For CPV optical characterization
  • [2012] Characterization Capabilities of Solar Simulators for Concentrator Photovoltaic Modules
  • [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] Effect of soiling in CPV systems
  • [2010] Effect of soiling in CPV systems
  • [2010] Two-dimensional angular transmission characterization of CPV modules
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• Capítulos de libros
  • [2016] Characterization of CPV modules and receivers
• Conferencias invitadas en congresos
  • [2012] Thermal Effects and Other Interesting Issues with CPV Lenses
  • [2010] Tools Development for CPV Characterization Based on CCD Camera Measurements
• Estancias y sabáticos recogidos en programas oficiales
  • [2012] Estancia en National Renewable Energy Laboratory (NREL)
• Know-How
  • [2014] Métodos y equipos para la medida y clasificación de células y receptores fotovoltaicos de concentracion (denominado 'CIRCE')
• Patentes
  • [2019] MÉTODO Y DISPOSITIVO ADECUADO PARA LA CARACTERIZACIÓN DE MÓDULOS FOTOVOLTAICOS DE CONCENTRACIÓN
  • [2019] MÉTODO Y DISPOSITIVO ADECUADO PARA LA CARACTERIZACIÓN DE MÓDULOS FOTOVOLTAICOS DE CONCENTRACIÓN
  • [2019] MÉTODO Y DISPOSITIVO ADECUADO PARA LA CARACTERIZACIÓN DE MÓDULOS FOTOVOLTAICOS DE CONCENTRACIÓN
  • [2018] MÉTODO Y DISPOSITIVO ADECUADO PARA LA CARACTERIZACIÓN DE MÓDULOS FOTOVOLTAICOS DE CONCENTRACIÓN
  • [2018] MÉTODO Y DISPOSITIVO ADECUADO PARA LA CARACTERIZACIÓN DE MÓDULOS FOTOVOLTAICOS DE CONCENTRACIÓN
  • [2017] MÉTODO Y DISPOSITIVO ADECUADO PARA LA CARACTERIZACIÓN DE MÓDULOS FOTOVOLTAICOS DE CONCENTRACIÓN
  • [2013] Método y dispositivo adecuado para la caracterización de módulos fotovoltaicos de concentración
  • [2013] Método y dispositivo adecuado para la caracterización de módulos fotovoltaicos de concentración
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• Ponencia en Congresos
  • [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] Modeling and Standardization Researches and Discussions of the Car-roof PV through International Web Meetings
  • [2019] Modeling and Standardization Researches and Discussions of the Car-roof PV through International Web Meetings
  • [2019] Relative misalignments estimation in on-tracker CPV modules through image processing
  • [2019] Standardization discussions for the car-roof PV ? Starting two years ago, and what we have achieved since then
  • [2018] Computer vision algorithm for relative misalignments estimation in CPV modules
  • [2018] From component to multi-junction solar cells for spectral monitoring
  • [2018] Modelling smrs by means of standardized component cells spectral index
  • [2018] Modelling smrs by means of standardized component cells spectral index
  • [2018] PV modules inspection through photoluminescence in daylight conditions
  • [2018] Technical specification IEC TS 62989:2018 - Primary optics for concentrator photovoltaic systems
  • [2017] A manufacturable achromatic Fresnel lens for CPV
  • [2017] CPV Spectral Monitoring using Mlti-Junction cells as sensors
  • [2017] Monte Carlo simulation to analyze the performance of CPV modules
  • [2017] Using a multi-junction cell receiver as self-detector for spectrally-resolved optical efficiency measurement of concentrators
  • [2017] Why are acceptance angle of Pm and Isc different in spite of uniform illumination onto concentrator solar cells?
  • [2016] A manufacturable achromatic Fresnel lens 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] Tuning the assembling process of modules by the use of proper equipment
  • [2016] Using a multi-junction cell receiver as self-detector for spectrally-resolved optical efficiency measurement of concentrators
  • [2016] Why are acceptance angle of Pm and Isc different in spite of uniform illumination onto concentrator solar cells?
  • [2015] Characterization of Concentrator Receivers by an Appropriate Solar Tester: System Development and Measurement procedure
  • [2015] Off-axis Characteristics of CPV Modules Results form Lens-cell Misalignment-Measurement and Monte Carlo Simulation
  • [2015] Off-axis Characteristics of CPV Modules Results form Lens-cell Misalignment-Measurement and Monte Carlo Simulation
  • [2014] Analysis of thermo-mechanical stress effects on CPV receiver under high intensity light cycles
  • [2014] Development of the new DFK Module by NGCPV JAPAN-EU Collaboration
  • [2014] Evaluation of misalignments witin a CPV module optical analyzer (MOA): A case of study concerning temperature effects on the module performance
  • [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] 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] 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] Angular transmission characterization of CPV modules based on CCD Measurements
  • [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] Tools development for CPV characterization based on CCD camera measurements
  • [2009] Characterization of concentrator optical surfaces based on CCD camera measurement
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• Premios
  • [2016] Premio Extraordinario de la UPM a las mejores Tesis Doctorales defendidas en el curso 2014-2015. Título de la Tesis Doctoral: Development of procedures and equipment for indoor characterization of concentrator photovoltaic systems.
• 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] 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)
  • [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] APOYO TECNOLÓGICIO EN LA FABRICACIÓN, INSTALACIÓN Y DISEMINACIÓN DE EQUIPOS Y SERVICIOS PARA LA INDUSTRIA FOTOVOLTAICA QUE SE GENERAN MAYORITARIAMENTE EN COLABORACIÓN MÚTUA
  • [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] REALIZACION DE ANALISIS Y MEDIDAS DE COMPONENETES Y SISTEMAS DE CONCENTRACION FV, Y EN CONSULTORIA GENERAL SOBRE SISTEMAS DE CONCENTRACIÓN FV
  • [2015] CPVMatch: Concentrating Photovoltaic modules using advanced technologies and cells for highest efficiencies
  • [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
  • [2013] SUBPROYECTO upm ISI: NUEVA GENERACION DE MATERIALES, DISPOSITIVOS Y ESTRATEGIAS FOTOVOLTAICAS PARA UN MEJOR APROVECHAMIENTO DE LA ENERGIA DEL SOL
  • [2012] COOPERATION IN THE DEVELOPMENT AND MEASUREMENT OF CONCERNTRATING PHOTOVOLTAIC MODULES.
  • [2012] SUBPROYECTO upm ISI: NUEVA GENERACION DE MATERIALES, DISPOSITIVOS Y ESTRATEGIAS FOTOVOLTAICAS PARA UN MEJOR APROVECHAMIENTO DE LA ENERGIA DEL SOL
  • [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] SIGMAEQUIPOS - DESARROLLO DE BIENES DE EQUIPO PARA MEDIDA DE COMPONENTES Y CONTROL DE CALIDAD DE LA PRODUCCIÓN EN CPV
  • [2011] SIGMAMÓDUOS: LA INNOVACIÓN DE LOS MÓDULOS 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] 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
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• Responsabilidades
  • [2019] Publication Committee CPV-15
• Tesis Doctorales
  • [2014] DEVELOPMENT OF PROCEDURES AND EQUIPMENT FOR INDOOR CHARACTERIZATION OF CONCENTRATOR PHOTOVOLTAIC SYSTEMS