recordUN_Validation

Information

This record contains performance parameters for a flat‑plate, uncovered and uninsulated PVT collector, derived from manufacturer datasheets and thermal rating documentation. Thermal parameters follow the ISO 9806:2013 quasi‑dynamic format and correspond to operation at the PV module’s maximum power point (MPP).

The thermal coefficients were originally obtained using the ISO 9806:2013 unglazed steady-state method, and converted to quasi‑dynamic form according to the procedure detailed in SKN-N0474R0: Thermal Performance Parameter Conversion to ISO 9806-2017.

For this PVT collector, additional real-life measurement data is publicly available (Veynandt, 2023) and has been used in the validation of IDEAS.Fluid.PVTCollectors.PVTQuasiDynamicCollector, which can be found in the IDEAS.Fluid.PVTCollectors.Validation.PVT_UN package.

Certificate

• Solar Keymark Licence No. 11‑7S2354 P.

References

• Veynandt, François, Franz Inschlag, et al. Measurement data from real operation of a hybrid photovoltaic‑thermal solar collectors, used for the development of a data‑driven model. Data in Brief 49 (2023): 109417. DOI: 10.1016/j.dib.2023.109417
• Veynandt, François, Peter Klanatsky, et al. Hybrid photovoltaic‑thermal solar collector modelling with parameter identification using operation data. Energy and Buildings. 295 (2023): 113277. DOI: 10.1016/j.enbuild.2023.113277
• Solar Keymark Network (2019). Thermal performance parameter conversion to the ISO 9806‑2017 quasi‑dynamic method. SKN‑N0474R0
• ISO 9806:2013. Solar thermal collectors — Test methods
• Meertens, L., Jansen, J., Helsen, L. (2025). Development and Experimental Validation of an Unglazed Photovoltaic-Thermal Collector Modelica Model that only needs Datasheet Parameters, submitted to the 16th International Modelica & FMI Conference, Lucerne, Switzerland, Sep 8–10, 2025

Attributes