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Feasibility study on power consumption control of desalination plant with mechanical restrictions

Onda, Y. / Imanaka, M. / Yoshihara, T. / Baba, J. / Yokoyama, A. / Kuniba, Y. / Higa, N. / Asato, S.

It is proposed that the seawater desalination system as a controllable load for compensating the power fluctuation caused by renewable energy in small island power system. For controlling the power consumption of the system, the system modeling is needed. In this paper, the high pressure pump and the RO membrane are modeled, and the accuracy of that model is discussed. In addition, it is necessary to make it clear the boundary condition of the upper and lower limitation of the power consumption of the system. The boundary condition derived from the mechanical restriction of using RO membranes is discussed through modeling and experiment.

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Feasibility study on power consumption control of desalination plant with mechanical restrictions

Onda, Y. / Imanaka, M. / Yoshihara, T. / Baba, J. / Yokoyama, A. / Kuniba, Y. / Higa, N. / Asato, S.

It is proposed that the seawater desalination system as a controllable load for compensating the power fluctuation caused by renewable energy in small island power system. For controlling the power consumption of the system, the system modeling is needed. In this paper, the high pressure pump and the RO membrane are modeled, and the accuracy of that model is discussed. In addition, it is necessary to make it clear the boundary condition of the upper and lower limitation of the power consumption of the system. The boundary condition derived from the mechanical restriction of using RO membranes is discussed through modeling and experiment.

Feasibility study on power consumption control of desalination plant with mechanical restrictions

Onda, Y. / Imanaka, M. / Yoshihara, T. / Baba, J. / Yokoyama, A. / Kuniba, Y. / Higa, N. / Asato, S.

It is proposed that the seawater desalination system as a controllable load for compensating the power fluctuation caused by renewable energy in small island power system. For controlling the power consumption of the system, the system modeling is needed. In this paper, the high pressure pump and the RO membrane are modeled, and the accuracy of that model is discussed. In addition, it is necessary to make it clear the boundary condition of the upper and lower limitation of the power consumption of the system. The boundary condition derived from the mechanical restriction of using RO membranes is discussed through modeling and experiment.

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Title:

Feasibility study on power consumption control of desalination plant with mechanical restrictions

Contributors:

Onda, Y. (author) / Imanaka, M. (author) / Yoshihara, T. (author) / Baba, J. (author) / Yokoyama, A. (author) / Kuniba, Y. (author) / Higa, N. (author) / Asato, S. (author)

Published in:

ICCEP, International Conference on Clean Electrical Power, 2011 ; 277-282

Publication date:

2011

Size:

6 Seiten, 2 Quellen

ISBN:

978-1-4244-8929-9

DOI:

https://doi.org/10.1109/ICCEP.2011.6036268

Type of media:

Conference paper

Type of material:

Print

Language:

English

Keywords:

Entsalzung , Leistungsverbrauch , Leistungsregelung , Pumpe , Meerwasser , Machbarkeitsuntersuchung , erneuerbare Energie , Hochdruckpumpe

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