A Combined Cooling and Power System Based on Guohai Cycle

Journal Article

Title: A Combined Cooling and Power System Based on Guohai Cycle

Author:

Zhang, Y.; Bian, Y.

Publication Date:

February 26, 2022

Journal:

Journal of OTEC (Departmental Bulletin Paper)

Volume:

Pages:

25-33

Affiliation:

Dalian University of Technology

Technology:

OTEC, Hybrid-Cycle

Collection Method:

Modeling

Engineering:

Performance

Document Access

Website:

External Link

Attachment:

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Citation

Zhang, Y.; Bian, Y. (2022). A Combined Cooling and Power System Based on Guohai Cycle. Journal of OTEC (Departmental Bulletin Paper), 26, 25-33.

@article{Zhang-2022-19536,
author = {Zhang, Y and Bian, Y},
title = {A Combined Cooling and Power System Based on Guohai Cycle},
journal = {Journal of OTEC (Departmental Bulletin Paper)},
year = {2022},
month = {feb},
volume = {26},
pages = {25--33},
url = {https://www.ioes.saga-u.ac.jp/en/publication/journal-otec-top},
keywords = {OTEC, Hybrid-Cycle, Modeling, Performance},
}

Export Citation to BibTex

TY - JOUR
TI - A Combined Cooling and Power System Based on Guohai Cycle
AU - Zhang, Y
AU - Bian, Y
T2 - Journal of OTEC (Departmental Bulletin Paper)
AB - In this study, a combined cooling and power system is constructed based on the Guohai Cycle, and the cooling and power output performance of the cycle is analyzed by numerical simulation. In the scope of this study, it can be clearly seen that the improvement of thermal efficiency and primary energy rate in the combined cooling and power system. In addition, the effects of operating conditions on the cycle performance were also investigated. The results show that the inlet temperature of seawater and the pressure of the expander inlet have obvious effects on the cycle performance.
DA - 2022/02//
PY - 2022
VL - 26
SP - 25
EP - 33
UR - https://www.ioes.saga-u.ac.jp/en/publication/journal-otec-top
LA - English
KW - OTEC
KW - Hybrid-Cycle
KW - Modeling
KW - Performance
ER -

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Abstract

In this study, a combined cooling and power system is constructed based on the Guohai Cycle, and the cooling and power output performance of the cycle is analyzed by numerical simulation. In the scope of this study, it can be clearly seen that the improvement of thermal efficiency and primary energy rate in the combined cooling and power system. In addition, the effects of operating conditions on the cycle performance were also investigated. The results show that the inlet temperature of seawater and the pressure of the expander inlet have obvious effects on the cycle performance.