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Modeling and Exergy Analysis of Seawater Source Heat Pump System
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Modeling and Exergy Analysis of Seawater Source Heat Pump System

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Abstract:

A seawater source heat pump (SWHP) system refers to the utilization of solar energy stored in sea water as heat source and heat sink , offer an attractive option for heating and cooling residential and commercial buildings owing to their higher energy efficiency compared with conventional systems The purpose of this study is to present an exergy analysis of a SWHP system The exergy transports between the components and the consumptions in each of the components of the SWHP system were determined for the average measured parameters obtained from the experimental results. In addition the exergy loss was presented for the SWHP system studied to give quantitative information regarding the proportion of the exergy input that is dissipated in the various system components.

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Materials Processing Technology, AEMT2011 View Preview

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Periodical:

Advanced Materials Research (Volumes 291-294)

Pages:

3152-3156

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.291-294.3152

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Cite this paper

Online since:

July 2011

Authors:

Zhi Gang Shi, Xu Quan Li, Song Tao Hu

Keywords:

Exergy Analysis, Heat Pump, Modeling, Seawater Source Heat Pump System

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© 2011 Trans Tech Publications Ltd. All Rights Reserved

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References

[1] A. Sayigh: Appl. Energy. Vol. 64(1999), p.15

Google Scholar

[2] F. Wang, L. Y. Gu, and Y. Chen: Ocean Eng. Vol. 35(2008), p.53

Google Scholar

[3] J. F. Li: Appl. Energy. Vol. 56(1997), p.381

Google Scholar

[4] R. M. Yao, B. Z. Li and K. Steemers: Renewable Energy. Vol. 30(2005), p. (1973)

Google Scholar

[5] Takami A., Kato S.;Shimono A., Koda S., Sinton J.E., Levine M.D., Qingyi W: Energy Policy. Vol. 26(1998), p.813

Google Scholar

[6] Z. Y. Wang and J. F. Li: Mid-and-long term development plan of renewable energies (Chemical Industry Press, Beijing 2007)

Google Scholar

[7] S. Okamoto: Energy Build. Vol. 38(2006), p.121

Google Scholar

[8] Y. H. Song, Y. Akashi and J. J. Yee: Energy Build. Vol. 39(2007), p.1080

Google Scholar

[9] Z. Li, D. M. Lin, H. W. Shu, S. Jiang and Y. X. Zhu: Renewable Energy. Vol. 32(2007), p.2603

Google Scholar

[10] Tsaros TL, Gaggioli RA, Domanski PA: ASHRAE Trans. Vol. 93(2) (1987), p.1781

Google Scholar

[11] Crawford RR: ASHRAE Trans. Vol. 94(2) (1988), p.1491

Google Scholar

[12] Salah El-Din MM: Energy Convers Manage. Vol. 40(1999), p.423

Google Scholar

[13] Kotas TJ: The exergy method of thermal plant analysis (Tiptree, Essex: Anchor Brendon Ltd. 1985)

Google Scholar

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