Summary
Develops the thermosiphon heat recovery equipment based on the operating principle of the thermosiphon. According to test results under summer condition, analyses the influence of fresh air temperature, refrigerant charging rate, installation obliquity, number of the pipe rows and face velocity and the amount of recovered energy, and obtains the optimal match combination among the charging rate, obliquity, face velocity and number of the pipe rows. The results can be used as a reference for engineering.
Available documents
Format PDF
Pages: 58-62, 24
Available
Public price
20 €
Member price*
15 €
* Best rate depending on membership category (see the detailed benefits of individual and corporate memberships).
Details
- Original title: [In Chinese. / En chinois.]
- Record ID : 2008-1338
- Languages: Chinese
- Source: HV & AC - vol. 37 - n. 206
- Publication date: 2007/12
Links
See other articles in this issue (5)
See the source
-
Indirect evaporative cooling.
- Author(s) : MATHUR G. D.
- Date : 1992/04
- Languages : English
- Source: Heat. Pip. Air Cond. - vol. 64 - n. 4
View record
-
Gesloten hybride mediumkoeler spaart veel energie.
- Author(s) : HUIZINGA H. T.
- Date : 2009/02
- Languages : Dutch
- Source: Koude & Luchtbehandeling - vol. 102 - n. 2
View record
-
THERMOSIPHON COOLING.
- Author(s) : PEARSON S. F.
- Date : 1990
- Languages : English
- Source: Inst. Refrig., Adv. Proof - 1990.03.01; 10 p.; 10 fig.; 4 tabl.; 9 ref.
View record
-
Energie rückgewinnen in RLT-Systemen: Wie sinnv...
- Author(s) : RANNER U.
- Date : 2008/02/22
- Languages : German
- Source: CCI Zeitung - vol. 42 - n. 03
View record
-
An analysis of an evaporative water chiller.
- Author(s) : SUPPLE R. G., BROUGHTON D. R.
- Date : 1992/06
- Languages : English
- Source: ASHRAE Journal - vol. 34 - n. 6
View record