Otsenka energoekonomicheskoy effektivnosti sistemy okhlazhdeniya plodoovoshchekhranilishch



Cite item

Full Text

Open Access Open Access
Restricted Access Access granted
Restricted Access Subscription or Fee Access

Abstract

When designing the systems of refrigeration for fruit and vegetables stores it is necessary to do a thermoeconomic analysis of the object being created for resolve the problem of today to save energy taking into account price changes of electric power. A thermoeconomic model of a refrigerating plant to provide with cold the fruit and vegetable stores. The model takes into account the exergy indexes and losses as the components of criterion of thermodynamic efficiency of energy systems providing minimum of costs cited. Thanks to the model an analytical solution has been obtained on the basis of which the optimal characteristics of the cold supply system and conditions of it exploitation were defined. Keywords: refrigerating plant, fruit and vegetable store, exergy, thermoeconomic model, optimization, electric power prices

Full Text

Restricted Access

References

  1. Гоголин A.A. О сопоставлении и оптимизации теплообменных аппаратов холодильной машины // Холодильная техника. 1981. № 4. С.18-21.
  2. Гоголин A.A. Оптимальные перепады температур в испарителях и конденсаторах холодильных машин //Холодильная техника. 1972.№ 3. С.23-27.
  3. Жихарева Н.В., Хмельнюк М.Г. Оптимизация режима работы холодильной установки плодоовощехранилищ //Холодильная техника и технология. 2012. №5. C.16-20.
  4. Жихарева Н.В. Математические аспекты термоэкономического анализа холодильной установки плодоовощехранилища// Холодильная техника и технология. 2014. № 2. С. 11-15.
  5. Оносовский В.В., Крайнев В.В. Выбор оптимального режима работы холодильных машин и установок с использованием метода термоэкономического анализа // Холодильная техника. 1978. № 5. С.13-20.
  6. Тарасова В.А., Харлампиди Д.Х. Сравнительный анализ термоэкономических моделей формирования эксергетической стоимости холода // Технические газы. 2013. № 6. C.55-63.
  7. Lozano M.,Valero A. Theory of Exergetic Cost// Energy. 1993. No. 18(9). pp.939-960.
  8. Maneesh D. and S.P.S. Rajput. Thermoeconomiс optimizasion: deviashion in procedures folloved as a primitive approche to rankine powered vapour compression refrigerashion system using R245C // Journal of Environmental Research And development. 2008. Vol. 3. October- December. pp. 548-568.
  9. Sentos J., Nascimento M., Lora E. Reyes A.E. On the Negenthropy Application in Thermoeconomics: A. Fictitious or Exergy Component Flow // Int. Journal of Thermodynamics. 2009. Vo1. 2. № 4. pp.163-176.
  10. Tribus M. Termostaties and termodynamies. - New Jersey, 1961. - 276 p.
  11. Gogolin A.A. On comparison and optimization of heat exchange apparatuses of a refrigerating machine// Kholodilnaya Tekhnika. 1981. № 4. P.18-21
  12. Gogolin A.A. Optimal temperature difference in evaporators and condensers of refrigerating machines//Kholodilnaya Tekhnika. 1972.№ 3. P.23-27
  13. Zhikhareva N.V., Khmelnyuk M.G. Optimization of the operation regime of a refrigerating plant in a fruit and vegetable store. //Kholodilnaya tekhnika i tekhnologia. 2012. № 5. P.16-20
  14. Zhikhareva N.V. Mathematical aspects of a thermoeconomic analysis of a refrigerating plant in a fruit and vegetable store. //Kholodilnaya tekhnika i tekhnologia. 2014. № 2. P. 11-15.
  15. Onosovskiy V.V., Kraynev V.V. Choice of an optimal regime of refrigerating machines and plants operation using the method of thermoeconomic analysis//Kholodilnaya Tekhnika. 1978. № 5. P.13-20.
  16. Tarasova V.A., Kharlampidi D.Kh. Comparative analysis of thermoeconomic models of formation of exergetic cost of refrigeration// Tekhnicheskie gazy.2013. № 6. P.55-63.
  17. Lozano M.,Valero A. Theory of Exergetic Cost// Energy. 1993. No. 18(9). pp.939-960.
  18. Maneesh D. and S.P.S. Rajput. Thermoeconomiс optimizasion: deviation in procedures followed as a primitive approach to rankine powered vapour compression refrigeration system using R245C // Journal of Environmental Research And Development. 2008. Vol. 3. October- December. - pp. 548-568.
  19. Sentos J., Nascimento M., Lora E. Reyes A.E. On the Negentropy Application in Thermoeconomics: A. Fictitious or Exergy Component Flow // Int. Journal of Thermodynamics. 2009. Vo1. 2. № 4. pp.163-176.
  20. Tribus M. Thermostatics and thermodynamics. - New Jersey, 1961. - 276 p.

Supplementary files

Supplementary Files
Action
1. JATS XML

Copyright (c) 2015 Zhikhareva N.V., Khmel'nyuk M.G.

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 International License.