THE COMPARATIVE ANALYSIS OF THE THERMOECONOMIC MODELS OF COLD EXEGETICAL COST FORMATION
DOI:
https://doi.org/10.18198/j.ind.gases.2013.0706Keywords:
Thermodynamics, Thermoeconomics, Decomposition, Negentropy, Thermoeco- nomic diagnostics, RefrigeratorAbstract
The modern approach to cost calculation of the target product of the energy-transducing systems is based on the application of the thermoeconomics principles. Thermoeconomics considers exergy flows as cost bearers. The end-product cost is connected with each stage of exergy transformation. The basic thermoeconomic models of cost formation of the cold produced by a vapor compression refrigerator are considered. For testing thermoeconomic models the uniform method of the cost analysis of the exergy flows was applied. The conclusion about the advantage of a negentropy approach to decomposition of the exergy flows with regard to the refrigerator analysis has been drawn.
References
Torres C., Valero A., Serra L., Royo J. (2002). Structural theory and thermoeconomic diagnosis: Part 1. On malfunction and dysfunction analysis// Energy Conversion and Management. — V. 43. — No. 9. — P. 1503-1518.
Lozano M., Valero A. (1993). Theory of Exergetic Cost// Energy. — V. 18(9). — P. 939-960.
Brodyanskiy V.M. (2011). Available energy of the Earth and sustainable development of the life support systems/ 2. Resources of the Earth// Tekhnicheskie Gazy. [Industrial Gases]. — № 3. — С. 48- 63. (Rus.).
El Said I.M., Evans R.B. (1970). Termoekonomika and design of thermal systems// Proceedings of the American Society of Mechanical Engineers. Energy machines. — No. 1. — P. 22-31. (Rus.).
D’Accadia M. D., De Rossi F. (1998). Thermoeconomic analysis and diagnosis of a refrigeration plant// Energy Conversion and Management. — V. 39. — P. 1223-1232.
Torres C., Valero A., Rangel V., Zaleta A. (2008). On the Cost Formation Process of Residues// Energy. — No. 33. — P. 144-152.
Frangopoulos C. A. (1987). Thermoeconomic Functional Analysis and Optimization// Energy. — V. 12(7). — P. 563-571.
Morosuk T., Tsatsaronis G. (2011). Advansed exergoeconomic analysis of refrigeration machine: Part 1. Methodology and first evaluation// Proc. 2011 Int. Mech. Eng. Congress at Denver (USA). — P. 1-10.
Santos J., Nascimento M., Lora E., Reyes A. M. (2009). On the Negenthropy Application in Thermoecono-mics: A. Fictitious or an Exergy Component Flow?// Int. Journal of Thermodynamics. — V. 12. — No. 4. — P. 163-176.
Tsatsaronis G. (2002). Interaction of thermodynamics and economics in order to minimize the cost of energy conversion system. — Odessa: «Negotsiant», — 152 p. (Rus.).
Boer D., Gebreslassie B. H., Medrino M., Nogues M. (2009). Effect of Internal Heat Recovery in Ammonia-Water Absorption Cooling Cycles: Exergy and Structural Analysis// Int. Journal of Thermodynamics. — Vol. 12 (1). — P. 17-27.
Brodyanskiy V. M., Fratsher V., Mihalek K. (1988). Exergy method and its application. — Moscow: Energoatomizdat, — 288 p. (Rus.).
Morozyuk T. V., Tsatsaronis G. (2005). Advanced energy analysis - a modern need to optimize energy conversion systems// Industrial Heat. —Vol. 27. — No. 2. — P. 88-92. (Rus.).
Arharov A. M., Syichev V.V. (2005). Basics entropy-statistical analysis of real power losses in low and high temperature machines and installations// Kholodilnaya tehnika. [Refrigeration technology]. — No. 12. — P. 14-23. (Rus.).
Kharlampidi D.Kh., Tarasova V.A. (2012). Structural thermodynamic analysis of vapor compression refrigeration machine// Tekhnicheskie Gazy. [Industrial Gases]. —№. 5. — P. 57-66. (Rus.).
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