Detail publikace
A Solar Air Collector with Integrated Latent Heat Thermal Storage
CHARVÁT, P. OSTRÝ, M. MAUDER, T. KLIMEŠ, L.
Český název
A Solar Air Collector with Integrated Latent Heat Thermal Storage
Anglický název
A Solar Air Collector with Integrated Latent Heat Thermal Storage
Typ
článek ve sborníku ve WoS nebo Scopus
Jazyk
en
Originální abstrakt
Simulations of the behaviour of a solar air collector with integrated latent heat thermal storage were performed. The model of the collector was created with the use of coupling between TRNSYS 17 and MATLAB. Latent heat storage (Phase Change Material – PCM) was integrated with the solar absorber. The model of the latent heat storage absorber was created in MATLAB and the model of the solar air collector itself was created in TRNSYS with the use of TYPE 56. The model of the latent heat storage absorber allows specification of the PCM properties as well as other parameters. The simulated air collector was the front and back pass collector with the absorber in the middle of the air cavity. Two variants were considered for comparison; the light-weight absorber made of sheet metal and the heat-storage absorber with the PCM. Simulations were performed for the climatic conditions of the Czech Republic (using TMY weather data).
Český abstrakt
Simulations of the behaviour of a solar air collector with integrated latent heat thermal storage were performed. The model of the collector was created with the use of coupling between TRNSYS 17 and MATLAB. Latent heat storage (Phase Change Material – PCM) was integrated with the solar absorber. The model of the latent heat storage absorber was created in MATLAB and the model of the solar air collector itself was created in TRNSYS with the use of TYPE 56. The model of the latent heat storage absorber allows specification of the PCM properties as well as other parameters. The simulated air collector was the front and back pass collector with the absorber in the middle of the air cavity. Two variants were considered for comparison; the light-weight absorber made of sheet metal and the heat-storage absorber with the PCM. Simulations were performed for the climatic conditions of the Czech Republic (using TMY weather data).
Anglický abstrakt
Simulations of the behaviour of a solar air collector with integrated latent heat thermal storage were performed. The model of the collector was created with the use of coupling between TRNSYS 17 and MATLAB. Latent heat storage (Phase Change Material – PCM) was integrated with the solar absorber. The model of the latent heat storage absorber was created in MATLAB and the model of the solar air collector itself was created in TRNSYS with the use of TYPE 56. The model of the latent heat storage absorber allows specification of the PCM properties as well as other parameters. The simulated air collector was the front and back pass collector with the absorber in the middle of the air cavity. Two variants were considered for comparison; the light-weight absorber made of sheet metal and the heat-storage absorber with the PCM. Simulations were performed for the climatic conditions of the Czech Republic (using TMY weather data).
Klíčová slova česky
solar collector, latent heat storage
Klíčová slova anglicky
solar collector, latent heat storage
Rok RIV
2011
Vydáno
22.11.2011
Nakladatel
Technical Univesity of Liberec
Místo
Liberec
ISBN
978-80-7372-784-0
Kniha
Conference Proceedings of international conference Experimental Fluid Mechanics 2011
Strany od–do
688–692
Počet stran
5
BIBTEX
@inproceedings{BUT75675,
author="Pavel {Charvát} and Milan {Ostrý} and Tomáš {Mauder} and Lubomír {Klimeš},
title="A Solar Air Collector with Integrated Latent Heat Thermal Storage",
booktitle="Conference Proceedings of international conference Experimental Fluid Mechanics 2011",
year="2011",
month="November",
pages="688--692",
publisher="Technical Univesity of Liberec",
address="Liberec",
isbn="978-80-7372-784-0"
}