Thermal and electrical yield of a combi-panel

H.A. Zondag; D.W. Vries, de; A.A. Steenhoven, van; W.G.J. Helden, van; R.J.C. Zolingen, van

Thermal and electrical yield of a combi-panel

H.A. Zondag
, D.W. Vries, de
, A.A. Steenhoven, van
, W.G.J. Helden, van
, R.J.C. Zolingen, van

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Academic › peer-review

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Abstract

A first, non-optirnised prototype of a combi-panel was built of a PV-Iarninate and a sheet-and-tube absorber.The thermal efficiency at zero reduced temperature was found to be 54%, along with 8.5% electrical efficiency. The results of the measurements were used to verify the results of the simulation-s. It was concluded that the simulations and the measurements corresponded sufficiently weIl. Then, the simulations were used to find the annual efficiency of a PYfT-system that was used for hot-water production in a Dutch household, for which 33% thermal and 6.7% electrical efficiency was found. Finally, the simulations were used to quantify the contribution of the various loss terms to the reduction in thermal efficiency of a PVfT-system with respect to a thermal collector.

Original language	English
Title of host publication	Proceedings of ISES World Congress, Jerusalem (1999) Vol. 3
Place of Publication	Jeruzalem, Israel
Pages	96-101
Publication status	Published - 1999

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title = "Thermal and electrical yield of a combi-panel",

abstract = "A first, non-optirnised prototype of a combi-panel was built of a PV-Iarninate and a sheet-and-tube absorber.The thermal efficiency at zero reduced temperature was found to be 54\%, along with 8.5\% electrical efficiency. The results of the measurements were used to verify the results of the simulation-s. It was concluded that the simulations and the measurements corresponded sufficiently weIl. Then, the simulations were used to find the annual efficiency of a PYfT-system that was used for hot-water production in a Dutch household, for which 33\% thermal and 6.7\% electrical efficiency was found. Finally, the simulations were used to quantify the contribution of the various loss terms to the reduction in thermal efficiency of a PVfT-system with respect to a thermal collector.",

author = "H.A. Zondag and \{Vries, de\}, D.W. and \{Steenhoven, van\}, A.A. and \{Helden, van\}, W.G.J. and \{Zolingen, van\}, R.J.C.",

year = "1999",

language = "English",

pages = "96--101",

booktitle = "Proceedings of ISES World Congress, Jerusalem (1999) Vol. 3",

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T1 - Thermal and electrical yield of a combi-panel

AU - Zondag, H.A.

AU - Vries, de, D.W.

AU - Steenhoven, van, A.A.

AU - Helden, van, W.G.J.

AU - Zolingen, van, R.J.C.

PY - 1999

Y1 - 1999

N2 - A first, non-optirnised prototype of a combi-panel was built of a PV-Iarninate and a sheet-and-tube absorber.The thermal efficiency at zero reduced temperature was found to be 54%, along with 8.5% electrical efficiency. The results of the measurements were used to verify the results of the simulation-s. It was concluded that the simulations and the measurements corresponded sufficiently weIl. Then, the simulations were used to find the annual efficiency of a PYfT-system that was used for hot-water production in a Dutch household, for which 33% thermal and 6.7% electrical efficiency was found. Finally, the simulations were used to quantify the contribution of the various loss terms to the reduction in thermal efficiency of a PVfT-system with respect to a thermal collector.

AB - A first, non-optirnised prototype of a combi-panel was built of a PV-Iarninate and a sheet-and-tube absorber.The thermal efficiency at zero reduced temperature was found to be 54%, along with 8.5% electrical efficiency. The results of the measurements were used to verify the results of the simulation-s. It was concluded that the simulations and the measurements corresponded sufficiently weIl. Then, the simulations were used to find the annual efficiency of a PYfT-system that was used for hot-water production in a Dutch household, for which 33% thermal and 6.7% electrical efficiency was found. Finally, the simulations were used to quantify the contribution of the various loss terms to the reduction in thermal efficiency of a PVfT-system with respect to a thermal collector.

M3 - Conference contribution

SP - 96

EP - 101

BT - Proceedings of ISES World Congress, Jerusalem (1999) Vol. 3

CY - Jeruzalem, Israel

ER -

Thermal and electrical yield of a combi-panel

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