Spectral network based on component cells under the SOPHIA European project
Author(s) -
Rubén Núñez,
Ignacio Antón,
Stephen Askins,
Gabriel Sala,
César Domínguez,
Philippe Voarino,
Marc Steiner,
Gerald Siefer,
Rafaelle Fucci,
F. Roca,
Alessandro Minuto,
Paolo Morabito
Publication year - 2015
Publication title -
aip conference proceedings
Language(s) - English
Resource type - Conference proceedings
eISSN - 1551-7616
pISSN - 0094-243X
DOI - 10.1063/1.4931510
Subject(s) - component (thermodynamics) , frame (networking) , spectral resolution , collimated light , computer science , spectral analysis , spectral bands , remote sensing , resolution (logic) , environmental science , telecommunications , spectral line , optics , physics , artificial intelligence , geography , laser , spectroscopy , astronomy , thermodynamics
In the frame of the European project SOPHIA, a spectral network based on component (also called isotypes) cells has been created. Among the members of this project, several spectral sensors based on component cells and collimating tubes, so-called spectroheliometers, were installed in the last years, allowing the collection of minute-resolution spectral data useful for CPV systems characterization across Europe. The use of spectroheliometers has been proved useful to establish the necessary spectral conditions to perform power rating of CPV modules and systems. If enough data in a given period of time is collected, ideally a year, it is possible to characterize spectrally the place where measurements are taken, in the same way that hours of annual irradiation can be estimated using a pyrheliometer
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