POINT-FOCUS CONCENTRATING SOLAR THERMAL TECHNOLOGIES
Research and technical staff
Antonio Ávila Marín
Jesús Fernández Reche
Rafael Monterreal Espinosa
Jesús Mª Ballestrín Bolea
José Rodríguez García
José Antonio Carballo López
Daniel Sánchez Señorán
Noelia Estremera Pedriza
Noelia Simal Pérez
Antonio Ávila Marín - Researcher
Ph. D. industrial technologies UNED, Spain. Master in Renewable Energy, Universidad Internacional Menéndez Pelayo, Spain. B. Sc. Chemical Engineer, University of Granada, Spain.
Heat of the porous materials characterization laboratory.
Researcher in point focus technology with experience in numerical analysis of receivers and sensitive heat storage systems, testing and evaluation of prototypes, annual production analysis, as well as in the design and development of component testing facilities.
Jesús Fernández Reche - Senior Researcher
PhD in Applied Sciences. University of Almería (SPAIN). B. Sc. Physics. University of Granada (SPAIN)
Senior Researcher in point focus concentrating solar technology (Receivers, Heliostats, Dish/Stirling systems). Experience on design, modelling, testing and evaluation, and applications of Solar Towers .
Rafael Monterreal Espinosa - Senior Researcher
Senior researcher with experience on measuring equipment for concentrated solar radiation and temperature in central receiver systems using VIS and IR cameras. Test and evaluation of heliostat prototypes, heliostat modeling and simulation software development for heliostats and heliostat fields.
Jesús Mª Ballestrín Bolea - Senior Researcher
Ph. D. Physics, Universidad Complutense, Madrid (SPAIN).
Head of the Radiometry Laboratory, Plataforma Solar de Almería.
Senior Researcher in Thermosolar Point Focus Systems (Central Receiver Plants, Solar Furnaces). Experience in measurement of concentrated solar radiation, calibration of high solar irradiance radiometers, measurement of high temperatures with IR systems, measurement of emittance of materials at high temperatures, simulation and measurement of atmospheric extinction of solar radiation.
José Rodríguez García - Facility Engineer
Technical Engineering in Mechanics, Escuela Politecnica Superior, Cordoba, Spain
O&M manager of Solar Furnaces & Dishes facilities at PSA.
Experience in solar concentrating systems (tower systems, parabolic trough systems, disc-stirling systems, solar furnaces). High temperature material testing in controlled atmosphere and vacuum, volumetric, rotary and particle receivers. Solar chemistry tests (H2 production). Calibration and measurement of high temperatures with IR systems. Alignment of systems with total station.
José Antonio Carballo López - Researcher
PhD in Computer Science, University of Almería. Master in Distributed Renewable Energies, University of Córdoba. Mechanical Industrial Engineer, University of Almería.
Researcher in Solar Thermal Systems. Experience in prototyping, development of applications based on artificial intelligence, modeling, control and evaluation of systems.
Daniel Sánchez Señorán - Predoctoral researcher (CIEMAT)
Degree in Industrial Technology Engineering from Rey Juan Carlos University (Madrid).
Master in Industrial Engineering with speciality in energy sustainability from Rey Juan Carlos University (Madrid).
Ongoing Doctoral thesis.
Experimental and numeric characterization of porous volumetric receptors in high solar concentrated power. Study of porous volumetric receptors in high solar concentrated power for thermodynamic cycles.
Noelia Estremera Pedriza - Predoctoral researcher (CIEMAT)
Degree in Industrial Organization Engineering, University of Valladolid.
Master in Solar Energy, University of Almeria.
Doctoral Thesis in progress.
Durability of materials under high solar radiation concentration. Characterization of optical and thermal properties. CFD simulation tools.
Noelia Simal Pérez - Predoctoral researcher (CIEMAT)
Degree in Electrical Engineering with a mention in Renewable Energies, University of Almería.
Master in Industrial Engineering, University of Almería.
Ongoing Doctoral thesis.
Elaboration of typical year of Solar Extinction of the Plataforma Solar de Almería. Validation of Extinction Models and Maps in areas of interest for thermoelectric solar plants. Measurement of high solar irradiance.