EXPERIMENTAL STUDY AND ENERGY ANALYSIS ON THE OPEN CYCLE SOLAR ABSORPTION COOLING SYSTEM USING LiCl SOLUTION.

K. Kimura, Shinichi Tanabe, T. Momose

    Research output: Chapter in Book/Report/Conference proceedingConference contribution

    Abstract

    The experimental results and energy analyses on open cycle solar absorption system are described. The improved version of packed column type dehumidifier was made and experimented. The contact factor was around 0. 7-0. 9 over the dehumidification period. From energy analyses on the improved dehumidifier over-all mass transfer coefficient on 28 September, 1984 was 2350 g/m**3h DELTA x when air flow rate was 31m**3/h, and on 1 October, 1984 1350 g/m**3h DELTA x with the air flow rate of 19 m**3/h, and on 17 October, 1984 790 g/m**3 h DELTA x with the air flow rate of 7 m**3/h. The natural convective type regenerator was fabricated and experimented. During the 6 hours experiment on 24 September, 1984, total mass transfer rate was 1320g/kg when solar radiation on regenerator surface was 3765 Wh/m**2. Dry storage tank was proposed to use the merit that LiCl solution can be cooled without extracted mass transfer potential.

    Original languageEnglish
    Title of host publicationUnknown Host Publication Title
    Place of PublicationTokyo, Jpn
    PublisherJapan Solar Energy Soc
    Pages571-576
    Number of pages6
    ISBN (Print)4890380027
    Publication statusPublished - 1985

    Fingerprint

    Absorption cooling
    Cooling systems
    Mass transfer
    Regenerators
    Flow rate
    Air
    Solar radiation
    Experiments

    ASJC Scopus subject areas

    • Engineering(all)

    Cite this

    Kimura, K., Tanabe, S., & Momose, T. (1985). EXPERIMENTAL STUDY AND ENERGY ANALYSIS ON THE OPEN CYCLE SOLAR ABSORPTION COOLING SYSTEM USING LiCl SOLUTION. In Unknown Host Publication Title (pp. 571-576). Tokyo, Jpn: Japan Solar Energy Soc.

    EXPERIMENTAL STUDY AND ENERGY ANALYSIS ON THE OPEN CYCLE SOLAR ABSORPTION COOLING SYSTEM USING LiCl SOLUTION. / Kimura, K.; Tanabe, Shinichi; Momose, T.

    Unknown Host Publication Title. Tokyo, Jpn : Japan Solar Energy Soc, 1985. p. 571-576.

    Research output: Chapter in Book/Report/Conference proceedingConference contribution

    Kimura, K, Tanabe, S & Momose, T 1985, EXPERIMENTAL STUDY AND ENERGY ANALYSIS ON THE OPEN CYCLE SOLAR ABSORPTION COOLING SYSTEM USING LiCl SOLUTION. in Unknown Host Publication Title. Japan Solar Energy Soc, Tokyo, Jpn, pp. 571-576.
    Kimura K, Tanabe S, Momose T. EXPERIMENTAL STUDY AND ENERGY ANALYSIS ON THE OPEN CYCLE SOLAR ABSORPTION COOLING SYSTEM USING LiCl SOLUTION. In Unknown Host Publication Title. Tokyo, Jpn: Japan Solar Energy Soc. 1985. p. 571-576
    Kimura, K. ; Tanabe, Shinichi ; Momose, T. / EXPERIMENTAL STUDY AND ENERGY ANALYSIS ON THE OPEN CYCLE SOLAR ABSORPTION COOLING SYSTEM USING LiCl SOLUTION. Unknown Host Publication Title. Tokyo, Jpn : Japan Solar Energy Soc, 1985. pp. 571-576
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    abstract = "The experimental results and energy analyses on open cycle solar absorption system are described. The improved version of packed column type dehumidifier was made and experimented. The contact factor was around 0. 7-0. 9 over the dehumidification period. From energy analyses on the improved dehumidifier over-all mass transfer coefficient on 28 September, 1984 was 2350 g/m**3h DELTA x when air flow rate was 31m**3/h, and on 1 October, 1984 1350 g/m**3h DELTA x with the air flow rate of 19 m**3/h, and on 17 October, 1984 790 g/m**3 h DELTA x with the air flow rate of 7 m**3/h. The natural convective type regenerator was fabricated and experimented. During the 6 hours experiment on 24 September, 1984, total mass transfer rate was 1320g/kg when solar radiation on regenerator surface was 3765 Wh/m**2. Dry storage tank was proposed to use the merit that LiCl solution can be cooled without extracted mass transfer potential.",
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    AU - Tanabe, Shinichi

    AU - Momose, T.

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    AB - The experimental results and energy analyses on open cycle solar absorption system are described. The improved version of packed column type dehumidifier was made and experimented. The contact factor was around 0. 7-0. 9 over the dehumidification period. From energy analyses on the improved dehumidifier over-all mass transfer coefficient on 28 September, 1984 was 2350 g/m**3h DELTA x when air flow rate was 31m**3/h, and on 1 October, 1984 1350 g/m**3h DELTA x with the air flow rate of 19 m**3/h, and on 17 October, 1984 790 g/m**3 h DELTA x with the air flow rate of 7 m**3/h. The natural convective type regenerator was fabricated and experimented. During the 6 hours experiment on 24 September, 1984, total mass transfer rate was 1320g/kg when solar radiation on regenerator surface was 3765 Wh/m**2. Dry storage tank was proposed to use the merit that LiCl solution can be cooled without extracted mass transfer potential.

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