Acceptance of a Solar Field Composed of Small-Size PTC Applying to Standard ISO 24194
DOI:
https://doi.org/10.52825/solarpaces.v3i.2403Keywords:
Concentrating collector, Testing, Solar field, SHIPAbstract
The verification of solar field performance is possible through international standards EN ISO 24194 since 2022 and using results of standard ISO 9806 from the collector testing previously. However, for concentrating solar collectors this verification is not always done by the industry, and the large-size collector efficiency are guaranteed by the contractor from different components separately or a test done in an existing facility.
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[1] CEN (2022), European Standard EN ISO 24194 “Collector fields - Check of perfor-mance”
[2] ISO (2017), International Standard ISO 9806 “Solar energy - Solar thermal collectors - Test methods”
[3] SolarKeyMark, Collector certified webpage https://solarkeymark.eu/database/ (access 2024-07-23).
[4] Solar Keymark webpage “Solar Keymark across Europe” https://solarkeymark.eu/about-solar-keymark/solar-keymark-across-europe/
[5] Spanish Ministry of Industry (2014), Energy and Tourism, “Product main types covered by the Spanish State official newsletter from” (Orden IET/2366/2014)
[6] W. Qu, R. Wang, H. Hong, J. Sun, H. Jin (2017), “Prototype Testing of a 300 kWth Solar Parabolic-trough Collector Using Rotatable Axis Tracking”, Energy Procedia, Volume 105, May 2017, Pages 780-786
[7] W. Qu, R. Wang, H. Hong, J. Sun, H. Jin (2017), “Test of a solar parabolic trough collec-tor with rotatable axis tracking”, Applied Energy, Volume 207, Pages 7-17.
[8] L. Xu, Z. Wang, X. Li, G. Yuan, F. Sun, D. Lei (2013), “Dynamic test model for the transi-ent thermal performance of parabolic trough solar collectors”, Solar Energy, Volume 95, September 2013, Pages 65-78
[9] IEC, International Standard IEC 62862-3-5 ED1 “Solar thermal electric plants - Part 3-5: Laboratory reflectance measurement of solar reflectors” (planned date 2025)
[10] UNE (2018), Spanish Standard UNE 206016 Reflector panels for concentrating solar technologies
[11] IEC (2020) IEC TS 62862-3-3 International Technical Specification “Solar thermal elec-tric plants - Part 3-3: Systems and components - General requirements and test methods for solar receivers”
[12] L. Aldaz, X. Randez, A. Mutuberria, F. Sallaberry, E. Le Baron, A. Disdier. "The Influence of Optical Characterization at Different Angles of Incidence on Optical Efficiency Calcu-lation of a Novel Small-Size Parabolic Trough Collector for Process Heat Applications”, SolarPACES 2020: International Conference on Concentrating Solar Power and Chemi-cal Energy Systems, Freiburg, Germany (https://doi.org/10.1063/5.0085907) AIP Conf. Proc. 2445, 120001 (2022).
[13] L. Aldaz, A. Mutuberria and A Bernardos, (2020) “Optical-Thermal-Mechanical Coupled Analysis for Efficiency Calculation of a New Innovative Concentrating Solar Collector for Medium-Temperature Applications”, SolarPACES 2019: International Conference on Concentrating Solar Power and Chemical Energy Systems, Daegu (South Korea) (https://doi.org/10.1063/5.0028638). AIP Conf. Proc. 2303, 140001.
[14] CENER webpage “COSMOS: New smart solar collector concept for the decarbonization of industrial processes” https://www.cener.com/en/portfolio-item/cosmos-new-smart-solar-collector-concept-for-the-decarbonization-of-industrial-processes/ (access 2024-07-23).
[15] IEC (2021), International Standard IEC 62862-3-2 “Part 3-2: Systems and components - General requirements and test methods for large-size parabolic-trough collectors”.
[16] ISO (2008), International Standard ISO/IEC Guide 98-3:2008 “Uncertainty of measure-ment, Part 3: Guide to the expression of uncertainty in measurement”.
[17] D. Tschopp, P. Delmas, M. Rhedon, S Sineux, A. Gonnelle, P. Ohnewein, J. E. Nielsen, “Task 55 Towards the Integration of Large, SHC Systems into DHC Networks”, B-D1.1 Application of PC Method to Large Collector Arrays (IEA-SHC-T55-B-D.1.1-FACT-SHEET-Application-PC-Test-Methods-Large-Collector-Arrays.pdf (access 2024-07-23).
[18] SunPeek WebPages: https://sunpeek.org/
[19] SunPeek GitLab depository: https://gitlab.com/sunpeek/sunpeek/-/issues/637.
[20] X. Randez, F. Sallaberry, A. Garcia de Jalon, O. Itoiz, S. Escorza “Optical and thermal characterization on small-sized parabolic trough collector for process heat applications: validation of a simulation method”. (paper under review).
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Copyright (c) 2025 Fabienne Sallaberry, Alberto García de Jalón, Roberto Astiz, Egoitz San Miguel Carrancio
This work is licensed under a Creative Commons Attribution 4.0 International License.
Accepted 2025-03-28
Published 2025-10-22