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CIEMAT-PV System
[Cheetah Partner]
- Calibration and characterization of PV Cells and Modules.
- Reliability of PV modules. Damp-heat degradation studies of several PV devices.
Technical Info
The infrastructure is involved in :
- Calibration and characterization of PV Cells and Modules.
- Reliabiltity of PV modules. Damp-heat degradation studies of several PV devices.
MAIN FEATURES:.
- Solar Cells and PV Module characterization
- I-V curves at STC (Isc, Voc, Pm, area and efficiency)
- I-V curves at different irradiance ant temperature condition.
- Temperature coefficients.
- Nominal operating temperature.
- Low irradiance performance.
- Spectral response.
- Global angular and spectral reflectance
- Detection and analysis of defects of PV modules,
- Climatic chamber for damp-heat degradation studies.
- IR imaging (Dark Lock-in Termography -Dlit)
- Capacitance-Voltage-Frequency Characterization
LIMITATIONS OR CONSTRAINTS:
- The access will be allowed with technical and scientific assistance from CIEMAT
- Installations offered as CIEMAT services will need a previous offer from the Technological Services Office
TYPICAL SERVICES OR RESULTS:
- Calibration and characterization of PV Cells and Modules.
- Reliability of PV modules. Damp-heat degradation studies of several PV devices
- Calibrate global and direct solar radiation sensors and spectroradiometers for use in Solar photovoltaic and thermoelectric applications
LIST OF SERVICES AGAINST PAYMENT:
Against particular offer by this link:
Participation to Research Projects:
- CONFIANZA-FV: Improvement of the confidence of the photovoltaic market: accelerated tests to predict life-time of PV modules and to ensure long-term reliability of the systems.
- SOLRECYCLE: Research project and development of a repowering technology applied to the recycling of photovoltaic modules.
- INNDISOL: Innovation in photovoltaic devices and SOlar architectural integration.
- CALENER-FV: Development of tools for the calculation of energy production from photovoltaic generators.
- EVADIFOT: New procedure of inverter assessments, premature degradation of modules and integration in a new diagnostic tool for grid-connected photovoltaic plants.
Equipment & Instruments
Indoor Spectroradiometer for Solar simulator characterization
IR Imaging & Thermography for Solar cells & PV Modules
Outdoor Solar irradiation (GHI,DHI,DNI), Solar Spectral Irradiance and climate Station
PV module Electroluminescence
Salt spray test Chamber for PV modules
Solar Simulator & Spectral response for Solar cells
Solar simulator for PV modules (Indoor I-V in STC)
Thermo Humidity Test Chamber for materials and solar cells
Thermo Humidity Test Chamber for PV Modules
UV Exposure Chamber for PV Modules
PV Technologies
PV RTD Tags
Battery Storage and Control
Development of CPV modules: advanced housing and long term Stable CPV Refractive/Reflective Optical systems
Development and characterization of component -vs- building codes
Effects of developed components on relevant building functions
Electrical modelling of PV devices
Hybrid Solar-thermal system for BIPV
Indoor Electrical Qualification and Testing of PV modules
IR PV Module Imaging and thermography
Lifetime & Reliability of PV modules
Optical microscopy
Outdoor Qualification and Testing of PV modules
Power grid Simulation
PV module additional Smart functionality.
Quality, Sustainability in manufacturing and Recycling
Radiation Damage
Solar radiation Characterization
Thermal modelling of PV modules and components