Korišćenje pogona sa promenljivim brojem obrtaja kod evaporativnih kondenzatora
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Jan 4, 2017
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U članku se govori o korišćenju evaporativnih kondenzatora u industrijskim rashladnim sistemima i razmatraju mogućnosti pogona sa promenljivom frekvencijom, kao sredstvom za dostizanje maksimalne efikasnosti rashladnog sistema. Principi i rezultati iz ovog članka takođe su važni za ograničene slučajeve primene evaporativnih kondenzatora u klimatizaciji i u komercijalnim rashladnim sistemima.
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REINDL, Douglas T.; JEKEL, Todd B..
Korišćenje pogona sa promenljivim brojem obrtaja kod evaporativnih kondenzatora.
KGH – Klimatizacija, grejanje, hlađenje, [S.l.], v. 35, n. 3, p. 35-39, jan. 2017.
ISSN 2560-340X.
Dostupno na: <https://izdanja.smeits.rs/index.php/kgh/article/view/1030>. Datum pristupa: 19 apr. 2026
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Reference
[1] Brown, R. 1988. High Side Piping and Purging, Proceedings from the IIAR 10th Annual Meeting, pp. 182 – 202.
[2] Skak, O. 1981. Energy savings in the operation of refrigeration plants, Scandinavian Refrigeration 10(4): 214 – 217.
[3] *** EEO. 1996. Use of Larger Condensers to Improve Refrigeration Eficiency. A Good Practice Case Study, Energy Effciency Office, Bureau of the Energy Technology Support Unit, Harwell, Oxfordshire, U. K.
[4] Manske, K. A. 1999. Performance Optimization of Industrial Refrigeration Systems (Master – ™s thesis, University of Wisconsin-Madison.)
[5] *** Energy Center of Wisconsin. 2001. Evaporative Condenser Control: Techniques to Cut Energy Waste in Large Refrigeration Systems, Fact Sheet 335-1. www.irc.wisc.edu/file.php?id=32.
[6] Manske, K. A., D. T. Reindl, S. A. Klein. 2001. Evaporative condenser control in industrial refrigeration systems, International Journal of Refrigeration 24(7):676 – 691.
[7] *** Baltimore Air Coil. 1976. Evaporative Condenser Engineering Manual, Bulletin E115/1-OC. www.baltimoreaircoil.com.
[8] *** Evapco. 2004. Evaporative Condenser Engineering Manual, Bulletin 173A-EM.
[9] *** Vilter Manufacturing. 1998. VSA/VSC Evaporative Condensers, Bulletin No. 9750.
[10] *** York International. 1997. XL Evaporative Condensers, Equipment Selection Manual, Section 140; E140-600 SED.
[11] Bernier, M. A., B. Bourret. 1999. Pumping energy and variable frequency drives, ASHRAE Journal 41(12).
[12] Chan, T. 2004. Beyond the affinity laws, Engineered Systems (8).
[2] Skak, O. 1981. Energy savings in the operation of refrigeration plants, Scandinavian Refrigeration 10(4): 214 – 217.
[3] *** EEO. 1996. Use of Larger Condensers to Improve Refrigeration Eficiency. A Good Practice Case Study, Energy Effciency Office, Bureau of the Energy Technology Support Unit, Harwell, Oxfordshire, U. K.
[4] Manske, K. A. 1999. Performance Optimization of Industrial Refrigeration Systems (Master – ™s thesis, University of Wisconsin-Madison.)
[5] *** Energy Center of Wisconsin. 2001. Evaporative Condenser Control: Techniques to Cut Energy Waste in Large Refrigeration Systems, Fact Sheet 335-1. www.irc.wisc.edu/file.php?id=32.
[6] Manske, K. A., D. T. Reindl, S. A. Klein. 2001. Evaporative condenser control in industrial refrigeration systems, International Journal of Refrigeration 24(7):676 – 691.
[7] *** Baltimore Air Coil. 1976. Evaporative Condenser Engineering Manual, Bulletin E115/1-OC. www.baltimoreaircoil.com.
[8] *** Evapco. 2004. Evaporative Condenser Engineering Manual, Bulletin 173A-EM.
[9] *** Vilter Manufacturing. 1998. VSA/VSC Evaporative Condensers, Bulletin No. 9750.
[10] *** York International. 1997. XL Evaporative Condensers, Equipment Selection Manual, Section 140; E140-600 SED.
[11] Bernier, M. A., B. Bourret. 1999. Pumping energy and variable frequency drives, ASHRAE Journal 41(12).
[12] Chan, T. 2004. Beyond the affinity laws, Engineered Systems (8).