Four approaches compared on the TADEUS (thermoeconomic approach to the diagnosis of energy utility systems) test case

Energy

Volumn 31, Issue 10-11, 2006, Pages 1586-1613

  Lazzaretto, A ^a   Toffolo, A ^a   Reini, M ^b   Taccani, R ^b   Zaleta Aguilar, A ^c   Rangel Hernandez, V ^d   Verda, V ^e  

^a UNIVERSITY OF PADOVA   (Italy)

^b UNIVERSITY OF TRIESTE   (Italy)

^c UNIVERSITY OF GUANAJUATO   (Mexico)

^d UNIVERSITY OF ZARAGOZA   (Spain)

^e POLITECNICO DI TORINO   (Italy)

Author keywords

Energy utility systems; TADEUS; Thermoeconomic diagnostics

Indexed keywords

COSTS; ECONOMIC AND SOCIAL EFFECTS; ENERGY EFFICIENCY; ENERGY UTILIZATION;

ENERGY UTILITY SYSTEMS; THERMOECONOMIC DIAGNOSTICS;

ENERGY CONSERVATION;

COSTS; ECONOMIC AND SOCIAL EFFECTS; ENERGY CONSERVATION; ENERGY EFFICIENCY; ENERGY UTILIZATION;

COMPARATIVE STUDY; PROJECT DESIGN; RESEARCH WORK;

EID: 33748701631     PISSN: 03605442     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.energy.2006.01.003     Document Type: Article

References (40)

1. Valero A., Lozano M.A., and Muñoz M.A. General theory of exergy savings-part I: on the exergetic cost, part II: on the thermoeconomic cost, part III: energy savings and thermoeconomics. Comput Aided Eng Energy Syst (1986) 1-21 [A.S.M.E. W.A.M., AES-vol. 2-3]
2. Valero A, Torres C. Algebraic thermodynamic analysis of energy systems. ASME Book No. G00452, WAM-1988; 1988. p. 13-23.
3. Beyer J. Structural investigations-an essental part of the analysis of the efficiency of thermal systems. Energieanwendung December (1970) 358-361
4. Beyer J. Structure of thermal systems and economic optimization of system parameters. Energieanwendung September (1974) 274-279
5. Beyer J. Some problems of the practical application of the exergy method in thermoeconomic investigation of industrial production processes. Energieanwendung, part I: November/December 1978, 6, p 204-8; part II: March/April 1979, 2, p. 66-70; part III: May/June 1979, 3, p. 86-90; part IV: July/August 1979, 4, p. 137-9.
6. Valero A, Carreras A. On causality in organized energy systems. Part I: purpose, cause, irreversibility, cost. In: A future for energy, proceedings of the FLOWERS'90, Florence; 1990. p. 387-96.
7. Valero A, Torres C. On causality in organized energy systems. Part II: symbolic exergoeconomics. In: A future for energy, proceedings of the FLOWERS'90, Florence; 1990. p. 397-408.
8. Valero A, Lozano MA, Torres C. On causality in organized energy systems. Part III: theory of perturbations. In: A future for energy, proceedings of the FLOWERS'90, Florence; 1990. p. 409-20.
9. Lozano M.A., and Valero A. Theory of the exergetic cost. Energy 18 (1993) 939-960
10. Reini M. Analisi e sviluppo dei metodi termoeconomici per lo studio degli impianti di conversione dell'energia. PhD thesis, Department of Mechanical Engineering, University of Padova (Italy); 1994 [in Italian].
11. Lozano MA, Bartolome JL, Valero A, Reini M. Thermoeconomic diagnosis of energy systems. Proceedings of the third Florence world energy research symposium, Florence; July 1994.
12. Reini M, Lazzaretto A, Macor A. Average structural and marginal costs as result of a unified formulation of the thermoeconomic problem. Proceedings of the second law analysis of energy system: towards the 21st century, July 5-7, Rome; 1995.
13. Stoppato A, Lazzaretto A. The exergetic analysis for energy system diagnosis. In: Proceedings of the ASME engineering system design and analysis, Montpellier; 1996.
14. Lazzaretto A, Macor A, Mirandola A, Stoppato A. Potentialities and limits of exergoeconomic methods in the design, analysis and diagnosis of energy conversion plants. In: Proceedings of the advances in energy studies, Porto Venere; 1998.
15. Torres C, Valero A, Serra L, Royo J. Structural theory and thermoeconomic diagnosis. Part I: on malfunction and dysfunction analysis. ECOS'99, June 8-10, Tokyo, Japan; 1999.
16. Stoppato A, Carraretto C, Mirandola A. A diagnosis procedure for energy conversion plants-part 1 description of the method. In: Proceedings of the ASME IMECE 2001, New York; 2001.
17. Verda V., Serra L., and Valero A. Zooming procedure for the thermoeconomic diagnosis of highly complex energy systems. Int J Appl Thermodyn 5 2 (2002) 75-83
18. Verda V., Serra L., and Valero A. The effects of the control system on the thermoeconomic diagnosis of a power plant. Energy 29 3 (2004) 331-359
19. Lazzaretto A, Toffolo A. A critical review of the thermoeconomic diagnosis methodologies for the location of causes of malfunctions in energy systems. IMECE2003-42688, ASME International Mechanical Engineering Congress, November 15-21, Washington, DC; 2003.
20. Toffolo A, Lazzaretto A. A new thermoeconomic method for the location of causes of malfunctions in energy systems. In: Proceedings of the IMECE2003-42689, ASME International Mechanical Engineering Congress, November 15-21, Washington, DC; 2003.
21. Cziesla F, Tsatsaronis G. Exergoeconomic assessment of the performance degradation in a power plant at full and partial load. IMECE2003-43856, ASME International Mechanical Engineering Congress, November 15-21, Washington, DC; 2003.
22. Valero A, Correas L, Zaleta A, Lazzaretto A, Verda V, Reini M, et al. On the thermoeconomic approach to the diagnosis of energy system malfunctions-part 1: the TADEUS problem. In: Proceedings of the ECOS 2002, Berlin; 2002 [also published in Energy 2004;29(12-15):1875-87].
23. Valero A., Correas L., Lazzaretto A., Rangel V., Reini M., Taccani R., et al. Thermoeconomic philosophy applied to the operating analysis and diagnosis of energy utility systems. Int J Thermodyn 7 2 (2004) 33-39
24. Toffolo A., and Lazzaretto A. On the thermoeconomic approach to the diagnosis of energy system malfunctions. Indicators to diagnose malfunctions: application of a new indicator for the location of causes. Int J Thermodyn 7 2 (2004) 41-49
25. Zaleta A, Gallegos A, Rangel V, Valero A. A reconciliation method based on a module simulator. An approach to the diagnosis of energy system malfunctions. Int J Thermodyn; 7(2):51-60.
26. Verda V. Thermoeconomic analysis and diagnosis of energy utility systems. Int J Thermodyn; 7(2):73-83.
27. Zaleta-Aguilar, Royo J, Valero A. Basis to an integral malfunction analysis in thermomechanical systems. TAIES'97, China; 1997.
28. Zaleta-Aguilar A. Integración de Modelos Termoeconómicos a los Sistemas de Vigilancia del Régimen Térmico V-SCORT de Ciclos Combinados y Convencionales (350 MW). Universidad de Guanajuato e Instituto de Investigaciones Eléctricas, Private Communication, México.
29. Frangopoulos CA. Thermoeconomic functional analysis. A method for the optimal design or improvement of complex energy systems. PhD thesis, Georgia Intitute of Technology; 1983.
30. Reini M, Giadrossi A. On the costs of products in multi-task systems: theoretical development and application to a cogeneration engine. Proceedings of the third Florence world energy research symposium, July, Florence; 1994.
31. Serra L, Lozano MA, Valero A, Torres C. On average and marginal costs in thermoeconomics. Proceedings of the international symposium on efficiency, costs, optimization and simulation of energy systems (ECOS'95), July 11-15, Istanbul; 1995.
32. Reini M, Valero A. Towards a unified formulation of exergy cost theory and emergy algebra for ecological and technological energy system evaluation. Proceedings of the third International workshop on advances in energy studies, September 24-28, Porto Venere; 2002.
33. von Spakovsky MR. A practical generalized analysis approach to the optimal thermoeconomic design and improvement of real world thermal systems. PhD thesis, Georgia Intitute of Technology; 1986.
34. Valero A, Torres C, Serra L, Lozano MA. A general theory of thermoeconomics-part I: structural analysis, -part II: the relative free energy function. Proceedings of the ECOS 92, June, Zaragoza; 1992.
35. Valero A, Correas L, Rangel V, Zaleta A, Lazzaretto A, Verda V, et al. On the thermoeconomic approach to the diagnosis of energy systems malfunction part-2 malfunction definitions and assessment. Proceedings of the efficiency, costs, optimization and simulation of energy systems 'ECOS 2002', July 3-5, Berlin, Germany; 2002 [also published in Energy 2004;29(12-15):1889-907].
36. Verda V. Thermoeconomic diagnosis of an urban district heating system based on cogenerative steam and gas turbines. PhD thesis, Polytechnic of Turin and University of Zaragoza; 2001.
37. Verda V., Serra L., and Valero A. Effects of the productive structure on the results of the thermoeconomic diagnosis of energy systems. Int J Appl Thermodyn 5 3 (2002) 127-137
38. Verda V., Serra L., and Valero A. A procedure for filtering the induced effects in the thermoeconomic diagnosis of an energy system (2001), ASME IMECE, New York
39. Reini M., and Taccani R. On energy diagnosis of steam power plants: a comparison among three global losses formulation. Int J Appl Thermodyn 5 4 (2002) 177-188
40. Reini M., and Taccani R. Improving the energy diagnosis of steam power plants using the lost work impact formula. Int J Appl Thermodyn 5 4 (2002) 189-202