When applied to line-focus concentrators, the current version of ISO/FDIS 9806:2013 implies the use of the collector tracking device after a collector mounting enabling performance measurements up to 60° incidence angles along the relevant directions: transversal and longitudinal planes, in biaxial collectors. Also, the collector must be tested at near normal incidence conditions. Whereas for a Parabolic Trough collector (PTC) both conditions are met with an EW orientation, that might not be the case when dealing with e.g. Linear Fresnel Reflector collectors (LFR). For such concentrators, testing conditions require the collector to be tilted according to the latitude and mounted both in the EW and NS directions. A solar thermal concentrators testing bench, open to industry and R&D institutions, was designed and constructed at the University of Évora, having in mind the experimental testing of line-focus concentrator modules under the conditions of ISO9806:2013. The testing bench enables the application of ISO9806:2013 procedures for the experimental characterization of real size line-focus concentrator modules of any technology at temperatures up to 380°C. The present paper addresses its design and presents its most relevant features. Moreover, an analysis of its use on experimental activities beyond collector testing is also presented.

1.
ISO/FDIS 9806:2013,
Solar energy - Solar thermal collectors - Test methods
.
2.
EN12975-2:2006,
Thermal Solar Systems and Components – Solar Collectors – Part II: Test Methods
.
4.
Heller
P.
 et al. 
KONTAS - A Rotary Test Bench for Standardized Qualification of Parabolic Trough Components
.
SolarPACES, Concentrated Solar Power and Chemical Energy Systems
,
2012
6.
EU-SOLARIS
,
The European Solar Research Infrastructure For Concentrated Solar Power
.
FP7 Grant Agreement Nr. 312833
. http://www.eusolaris.eu/
7.
SFERA II
,
Solar Facilities for the European Research Area-Second Phase
.
FP7 Grant Agreement Nr.312643
. http://sfera.sollab.eu/index.php?page=home
8.
STAGE-STE
,
Scientific and Technological Alliance for Guaranteeing the European Excellence in Concentrating Solar Thermal Energy
.
FP7 Grant Agreement Nr. 609837
. http://www.stage-ste.eu/
11.
Ari
Rabl
. Active Solar Collectors and Their Applications.
Oxford University Press, Inc.
,
New York
,
1985
.
12.
Héctor
Barroso
 et al. 
Understanding of the HTF Degradation on Parabolic Trough Power Plant Energy Performance, Marrakech
;
2012
13.
Marcha
J.
,
Osório
T.
,
Collares-Pereira M., Horta P. Development and test results of a calorimetric technique enabling fluid properties independent HFT energy content measurement
.
Proceedings of SolarPACES 2013
,
Las Vegas, USA
.
2013
. DOI:
14.
http://www.inalentejo.qren.pt/
(Contract INALENTEJO ALENT-07-0262-FEDER-001876
).
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