Scientific-Technical Areas
Thematic lines
The objective of this line is to explore the development of innovative solutions in the wind and photovoltaic sector to ensure, in the medium term, the grid flexibility and stability requirements and to guarantee the security and quality of these services.
Additionally, research is conducted in the development of more inclusive, safe, resilient, and sustainable cities (Smart Cities) by studying energy efficiency, enhancing the integration of renewable energies, optimizing economic performance, and improving habitability by increasing environmental comfort conditions and resilience to climate change.
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Development of models, scenarios and analysis of sustainability of energy technologies and systems
Energy Efficiency in Building Construction
Social research on sustainability, environmental and technological risks
A European Competence Framework for a Low Carbon Economy and Sustainability Through Education
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Energy Efficiency in Building Construction
Advanced Grid Interfaces for innovative STorage INtegration
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Development of models, scenarios and analysis of sustainability of energy technologies and systems
Wind Power Generation and Grid Integration
Circularidad en la repotenciación de parques eólicos mediante Reutilización, Reciclado, ecodiseño y desarrollo de nuevos materiales Reciclables y reparables
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Energy Efficiency in Building Construction
Componentes de Aplicación de elementos estructurales en Edificación Singular y sistemas de Aprovechamiento de Recursos locales e independencia energética
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Photovoltaic Power Generation and Grid Integration
El reto de una irradiancia solar cierta, absoluta y trazable
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Advanced Materials for Energy and Environmental Applications
Materials for Nuclear Energy
Technologies for Fusion Reactors
Estudio sobre nuevas barreras anti corrosión y permeación
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Advanced Materials for Energy and Environmental Applications
Hacia rutas de producción más sostenibles para la fabricación de nuevas células TOPCon Híbridas
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Advanced Materials for Energy and Environmental Applications
Knowledge for improving indoor AIR quality and HEALTH
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Wind Power Generation and Grid Integration
Large-Scale Testing and Experimentation Facility (TEF) for Assessing, Validating, and Enhancing AI-Powered Next-Generation Energy Solutions
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Advanced Materials for Energy and Environmental Applications
Development of models, scenarios and analysis of sustainability of energy technologies and systems
Materials for Energy Storage and Conversion
Materiales grafénicos procedentes de residuos para aplicaciones energéticas renovables I
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Photovoltaic Power Generation and Grid Integration
Modelización y Predicción Avanzadas de BIPV
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Energy Efficiency in Building Construction
Scientific Computing
Modelling the role of circular economy construction value chains for a carbon-neutral Europe
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Advanced Materials for Energy and Environmental Applications
Biochemical Processing
Materials for Energy Storage and Conversion
Obtención de BIOCHAR a partir de bioresiduos de la codigestión anaerobia para la descontaminación del aire
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Advanced Materials for Energy and Environmental Applications
POR UNA TECNOLOGÍA FOTOVOLTAICA AMIGABLE DE BAJO IMPACTO AMBIENTAL
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Energy Efficiency in Building Construction
Re-naturalización de edificios, patios y caminos escolares para la Adaptación al Cambio Climático
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Wind Power Generation and Grid Integration
Sensibilidad de los modelos regionales a las interacciones tierra-aire y forzamientos externos: hacia una estrategia "sin costuras" de muy alta resolución
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Advanced Materials for Energy and Environmental Applications
Photovoltaic Power Generation and Grid Integration
Smart Semi-transparent Luminescent Solar Concentrator Photovoltaic Glazing
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Energy Efficiency in Building Construction
Wind Power Generation and Grid Integration
Storage Innovations for Green Energy Systems
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Wind Power Generation and Grid Integration
Transmission and distribution Hybrid nEtworks with enhanced resilience and robUstnesS
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Advanced Materials for Energy and Environmental Applications
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Energy Efficiency in Building Construction
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Photovoltaic Power Generation and Grid Integration
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Wind Power Generation and Grid Integration
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Deposited Silicon Device Laboratory
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Experimental Laboratories for the Evaluation of the Energy Efficiency in Buildings and Components
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Flywheel Laboratory
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Photovoltaic Component Testing Laboratory
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Photovoltaic Materials Synthesis Laboratory
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Photovoltaic Solar Cells and Modules Laboratory
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Solar Radiation Sensor Calibration Laboratory (PVLab)
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Wind Energy Laboratory
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FORM-015
Theoretical-practical course on characterization of photovoltaic modules
The number of places is limited to facilitate small group work in laboratories.
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PVLAB-001
Calibration of global and direct integrated solar irradiance sensors (pyranometers, pyrheliometers, cells of equivalent technology, photovoltaic modules, photodiodes,...) in real sunlight.
For lots of 1 unit
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PVLAB-002
Calibration of global and direct integrated solar irradiance sensors (pyranometers, pyrheliometers, cells of equivalent technology, photovoltaic modules, photodiodes,...) in real sunlight.
For lots of 2 units
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PVLAB-003
Calibration of global and direct integrated solar irradiance sensors (pyranometers, pyrheliometers, cells of equivalent technology, photovoltaic modules, photodiodes,...) in real sunlight.
For lots from 3 to 5 units
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PVLAB-004
Calibration of global and direct integrated solar irradiance sensors (pyranometers, pyrheliometers, cells of equivalent technology, photovoltaic modules, photodiodes,...) in real sunlight.
For lots from 6 units or more
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PVLAB-005
Calibration of pyrheliometers against ACR cavity radiometer in real sunlight.
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PVLAB-006
Calibration of shunts with a nominal value between 1 mΩ and 50 mΩ.
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PVLAB-007
Calibration of resistors for current loop measurements with a nominal value between 0,5 Ω and 500 Ω.
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PVLAB-008
Calibration of temperature probes
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PVLAB-009
Calibration of combined relative humidity and temperature probes.
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PVLAB-010
Determination of the I-V curve of photovoltaic modules by solar simulator under Standard Measurement Conditions according to UNE-EN IEC 60904-1 standard.
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PVLAB-011
Electroluminescence testing on photovoltaic modules.
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PVLAB-012
Insulation test on photovoltaic modules according to UNE-EN IEC 61215-2 standard.
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PVLAB-013
Wet leakage current test for photovoltaic modules according to standard UNE-EN IEC 61215-2.
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PVLAB-014
Visual inspection test to photovoltaic modules according to standard UNE-EN IEC 61215-2.