Fault Diagnosis and Fault-Tolerant Control in Power Plants and Power Systems

Parisini T. , “Physically accurate nonlinear models for fault detection and diagnosis: The case of a power plant”, Journal of Process Control, 7(2): 97–109, 1997.

Henry D. Zolghadri A. , “Robust fault diagnosis in uncertain linear parameter-varying systems”, in Proc. International conference on System, Man and Cybernetics, 5165–5169, Hague, Netherlands, October 2004.

Lu B. Upadhyaya B.R. , “Monitoring and fault diagnosis of the steam generator system of a nuclear power plant using data-driven modeling and residual space analysis”, Annals of Nuclear Energy, 32(9): 897–912, 2005.

Heiming B Lunze J. , “Parallel knowledge-based process diagnosis applied to a local power station plant”, in Proc. Fault Detection, Supervision and Safety for Technical Processes, 1114–1119, University of Hull, United Kingdom, August 1997.

Matsumoto K. Sakaguchi T. Wake T. , “Fault diagnosis of a power system based on a description of the structure and function of the relay system”, Expertsystems, 2(3): 134–138, 1985.

Beschta A. Dressler O. Freitag H. Struss P. , “A model-based approach to fault localization in power transmission networks”, Intelligent Systems Engineering, 2(1): 3–14, 1993.

Komai K. Matsumoto K. Sakaguchi T. , “Network fault diagnosis based on event simulation of protective relay systems,” Trans. IEE Japan, 108-B(6): 245–252, 1988.

Kimura T. Nishimatsu S. Ueki Y. Fukuyama Y. , “Development of an expert system for estimating fault section in control center based on protective system simulation”, IEEE Trans. Power Delivery, 7(1): 167–172, 1992.

Aldeen M. Crusca F. , “Observer-based fault detection and identification scheme for power systems”, IEE Proc. Gener Transm. Distrib., 153(1): 71–79, 2006.

McDonald J. Saha T. K. , “Analytical representation of the relationship between generator design and system fault behavior”, IEEE Trans. Power Systems, 20(3): 1215–1222, 2005.

Ray A. Phoha S. , “Detection and identification of potential faults via multi-level hypotheses testing”, Signal Processing, 82(6): 853–859, 2002.

Zhang Z. Li K. Chen E. Yin X. , “Stochastic analysis of fault-induced transients for distance relaying application”, Electric Power Systems Research, 57(2): 115–121, 2001.

Kim J. Park B. Jeong S. Kim S. Park P. , “Fault diagnosis of a power transformer using an improved frequency-response analysis”, IEEE Trans. Power Delivery, 20(1): 169–177, 2005.

Mohammed M. E. , “High-speed differential busbar protection using wavelet-packet transform”, IEE Proc.Gener Transm. Distrib., 152(6): 927–933, 2005.

Zhao W. Song Y. H. Chen W. R. , “Improved GPS traveling wave fault locator for power cables by using wavelet analysis”, Electrical Power and Energy Systems, 23(5): 403–411, 2001.

Chanda D. Kishore N. K. Sinha A. K. , “A wavelet multiresolution analysis for location of faults on transmission lines”, Electrical Power and Energy Systems, 25(1): 59–69, 2003.

Tai N. Hou Z. Yin X. Li X. Chen D. , “Wavelet-based ground fault protection scheme for generator stator winding”, Electric Power Systems Research, 62(1): 21–28,2002.

Ruokonen T. , “Expert systems applications to the power industry”, 7th Symposium on Technical Diagnostics, Helsinki, Finland, 17–19, September, 1990.

Dillon T. S. , Expert System Applications in Power Systems. Prentice Hall, 1990.

King I. Chianese R. Chow M. Fridsma M. , “Power plant on-line diagnostic system for turbines, generators and water chemistry”, in Proc. ISA/88 Conference and Exhibit, 43(part 1), Houston, October 1988.

Sill U. Zörner W. , Steam Turbine Generators Process Control and Diagnostics: Modern Instrumentation for the Greatest Economy of Power Plants, Publicis MCD Verlag, Erlangen, 1996.

Lautala P. Antila H. Vilkko M. , “A hierarchical model-based fault diagnosis system for a peat power plant”, in Proc. IFAC Fault Detection, Supervision and Safety for Technical Processes, 517–522, Baden-Baden, Germany, September 1991.

Liu C. Dillon T. , “State-of-the-art of expert system applications to power systems”, Electrical Power & Energy Systems, 14(2/3): 86–96, 1992.

Fukui C. Kawakami J. , “An expert system for fault section estimation using information from protective relay and circuit breaker”, IEEE Trans. Power delivery, 1(4): 83–91, 1986.

Lee H. J. Shin A. Moon P. , “Afault diagnosis expert system for distribution substations”, IEEE Trans. Power Delivery, 15(1): 92–97, 2000.

Pietro B. Ulrico C. G. , “Fault diagnosis through history reconstruction: An application to power transmission networks”, Expert Systems with Applications,12(1): 37–52, 1997.

Ernesto V. M. Oscar L. Chacon M. Hector J. Altuve F. , “An on-line expert system for fault section diagnosis in power systems”, IEEE Trans. Power Systems, 12(1): 357–362, 1997.

Embrechts M. J. Benedek S. , “Hybrid identification of nuclear power plant transients with artificial neural networks”, IEEE Trans. Industrial Electronics, 51(3): 686–693, 2004.

Yuan1 C Neubauer1 C Cataltepe Z. Brummel H. , “Support vector methods and use of hidden variables for power plant monitoring”, in Proc. of IEEE International Conference on Acoustics, Speech, and Signal Processing, V: 693–696, Philadelphia USA, March, 2005.

Guglielmi G Parisini T. Rossi G. , “Keynote paper: Fault diagnosis and neural networks: A power plant application”, Control Eng. Practice, 3(5): 601–620, 1995.

Han Y Song Y. H. , “Using improved self-organizing map for partial discharge diagnosis of large turbogenerators”, IEEE Trans. Energy Conversion, 18(3): 392–399, 2003.

Tan S. C. Lim C. P. , “Application of an adaptive neural network with symbolic rule extraction to fault detection and diagnosis in a power generation plant”, IEEE Trans. Energy Conversion, 19(2): 369–377, 2004.

Hung C. Wang M. , “Diagnosis of incipient faults in power transformers using CMAC neural network approach”, Electric Power Systems Research, 71(3): 235–244, 2004.

Lv G. Cheng H. Zhai H. Dong L. , “Fault diagnosis of power transformer based on multi-layer SVM classifier”, Electric Power Systems Research, 75(1): 9–15, 2005.

Cardoso G. Rolim J. Zürn H. , “Application of neural-network modules to electric power system fault section estimation”, IEEE Trans. Power Delivery, 19(3): 1034–1041, 2004.

Chin H. , “Fault section diagnosis of power system using fuzzy logic”, IEEE Trans. Power Systems, 18(1): 245–250, 2003.

Zhou Y. Zhao B. Wu D. , “Application of genetic algorithms to fault diagnosis in nuclear power plants”, Reliability Engineering and System Safety,67(2):153–160, 2000.

Kezunovic M. Liao Y. , “Fault location estimation based on matching the simulated and recorded waveforms using genetic algorithms”, Developments in Power System Protection, Conference Publication N0.479 IEE, 399–402, Amsterdam, April 2001.

Wen F. Han Z. , “Fault section estimation in power systems using a genetic algorithm”, Electric Power Systems Research, 34(3): 165–172, 1995.

Wen F. Chang C. S. , “Anew approach to fault diagnosis in electrical distribution networks using a genetic algorithm”, Artificial Intelligence in Engineering 12(1–2): 69–80, 1998.

Lai L. L. Sichanie A. G. Gwyn B. J. , “Comparison between evolutionary programming and a genetic algorithm for fault-section estimation”, IEE Proc- Generation, Transmission and Distribution, 145(5): 616–620, 1998.

Nagata T. Sasaki H. , “A multi-agent approach to power system restoration”, IEEE Trans. Power System, 17(2): 457–462, 2002.

Hossack J. A. Menal J. McArthur S. McDonald J. , “A Multiagent architecture for protection engineering diagnostic assistance”, IEEE Trans. Power Systems, 18(2): 639–647, 2003.

Mangina E. E. McArthur S. McDonald J. , “Multi-agent system knowledge representation for power plant condition monitoring based on modal logic”, in Proc. International Conference on Intelligent Systems Applications to Power Systems (ISAP 2001), 67–72, Budapest, Hungary, June 2001.

Lo K. L. Ng H. S. Grant D. M. Trecat J. , “Extended Petri net models for fault diagnosis for substation automation,” Proc. Inst. Elect. Eng Gen. Transm. Distrib., 146(3): 229–234, 1999.

Hadjicostis C. N. Verghese G. C. , “Power system monitoring using Petri net embeddings,” Proc. Inst. Elect. Eng Gen. Transm. Distrib., 147(5): 299–303, 2000.

Lo K. L. Ng H. S. Trecat J. , “Power systems fault diagnosis using Petri nets,” in Proc. Inst Elect. Eng. Gen. Transm. Distrib., 144(3): 231–236, 1997.

Yang P. Liu S. , “Fault diagnosis for boilers in thermal power plant by data mining”, in Proc.8th International Conference on Control, Automation. Robotics and Vision, 2176–2180, Kunming, China, December 2004.

Steel J. A. McDonald J. R. Darcy C , “Knowledge discovery in database: Applications in the electrical power engineering domain”, IEE Colloquium (Digest), 340(10): 8/1–8/4, 1997.

Tso S. K. Lin J. K. Ho H. K. Mak C. M. Yung K. M. Ho Y. K. , “Data mining for detection of sensitive buses and influential buses in a power system subjected to disturbances”, IEEE Trans. Power Systems, 19(1): 563–568, 2004.

Madan S. Son W. Bollinger K. E. , “Applications of data mining for power systems”, in Proc. IEEE Canadian Conference on Electrical and Computer Engineering, 2: 403–406, St. Johns, Nfld., Canada May 1997.

Peng J.-T. Chien C.F. Tseng T. L. B. , “Rough set theory for data mining for fault diagnosis on distribution feeder”, IEE Proc.Gener Transm. Distrib., 151(6): 689–697, 2004.

Zhao K. Upadhyaya B. R. , “Adaptive fuzzy inference causal graph approach to fault detection and isolation of field devices in nuclear power plants”, Progress in Nuclear Energy, 46(3–4): 226–240, 2005.

Ruz-Hernandez J. A. Sanchez E. N. Suarez D. A. , “Neural networks-based scheme for fault diagnosis in fossil electric power plants”, in Proc. International Joint Conference on Neural Networks, 1740–1745, Montreal, Canada, July 2005.

Yang S. K. , “A Condition-based failure-prediction and processing-scheme for preventive maintenance”, IEEE Trans. Reliability, 52(3): 373–383, 2003.

Sedighi A-R. Haghifama M. R. Malik O. P. , “Soft computing applications in high impedance fault detection in distribution systems”, Electric Power System Research, 76(1–3): 136–144, September 2005.

Srinivasan D. Cheu R. Poh Y. Ng A. , “Automated fault detection in power distribution networks using a hybrid fuzzy-genetic algorithm approach”, Engineering Applications of Artificial Intelligence, 13(4): 407–418, 2000.

Castro A Miranda V. , “An interpretation of neural networks as inference engines with application to transformer failure diagnosis”, Electrical Power and Energy Systems, 27(9–10): 620–626, 2005.

Sun J. Qin S. Song Y. , “Fault diagnosis of electric power systems based on fuzzy Petri nets”, IEEE Trans. Power Systems, 19(4): 2053–2059, 2004.

Bi T. S. Ni Y. X. Shen C. M. Wu F. F. , “Anovel ANN fault diagnosis system for power systems using dual GAloops in ANN training,” in Proc. IEEE Power Engineering Soc. Summer Meeting, 1: 425–430, Seattle, USA, July 2000.

Monsef H. Ranjbar AM Jadid S. , “Fuzzy rule-based expert system for power system fault diagnosis”, in Proc. Inst. Elect. Eng Gen. Transm. Distrib, 144(2): 186–192, 1997.

Tan J. C. Crossley PA McLaren P.G. , “Fuzzy expert system for online fault diagnosis on a transmission network”, in Proc. IEEE Power Engineering Soc. Winter Meeting, vol. 2: 775–780, Columbus USA, Jan-Feb. 2001.

Souza J. Meza E.M. Schilling M.T. Filho M. , “Alarm processing in electrical power systems through a neuro-fuzzy approach”, IEEE Trans. Power Delivery, 19(2): 537–543, 2004.

Vasilic S. Kezunovic M. , “Fuzzy ART neural network algorithm for classifying the power system faults”, IEEE Trans. Power Delivery, 20(2): 1306–1313, 2005.

Garcia H. E. Ray A. Edwards R. M. , “Areconfigurable hybrid system and its application to power plant control”, IEEE Trans. Control Systems Tech, 3(2): 157–170, 1995.

Garcia H. E. Ray A. Edwards R. M. “Reconfigurable control of power plants using learning automata”, IEEE Control System Magazine, 11(1): 85–92, January 1991.

Eryurek E. Upadhyaya B. R. , “Fault-tolerant control and diagnosis for large-scale system”, IEEE Control Systems Magazine, 15(5): 34–42, October 1995.

Ben-Abdennour A. Lee K. Y. , “An autonomous control system for boiler-turbine units”, IEEE Trans. Energy Conversion, 11(2): 401–405, 1996.

Ben-Abdennour A. Lee K. Edwards R. , “Multivariable robust control of a power plant deaerator”, IEEE Trans. Energy Conversion, 8(1):123–129, 1993.

Son W. Kwon O. Lee M. , “Fault-tolerant model-based predictive control with application to boiler systems”, in Proc. IFAC SAFE-PROCESS, 1240–1245, University of Hull, United Kingdom, August 1997.

Zecevic A. I. Neskovic G. Siljak D. D. , “Robust decentralized exciter control with linear feedback”, IEEE Trans. Power System, 19(2): 1096–1103, 2004.

Wang Y Hill D. Guo G. , “Robust decentralized control for multimachine power systems,” IEEE Trans. Circuits and Systems, 45(3): 271–279, 1998.

Wang Y. Tan Y. Guo G. , “Robust nonlinear coordinated generator excitation and SVC control for power systems”, Electrical Power and Energy Systems, 22(3): 187–195, 2000.

Tan Y. L. Wang Y. , “Arobust nonlinear excitation and SMES controller for transient stabilization”, Electrical Power and Energy Systems, 26(5): 325–332, 2004.

Shen T. Mei S. Lu A. Hu W. Tamura K. , “Adaptive nonlinear excitation control with L2 disturbance attenuation for power systems”, Automatica, 39(1): 81–89, 2003.

Al-Baiyat S. A. , “Power system transient stability enhancement by STATCOM with nonlinear stabilizer”, Electric Power Systems Research, 73(1): 45–52, 2005.

Guo Y. Hill D. Wang Y. , “Nonlinear decentralized control of large-scale power systems”, Automatica, 36(9): 1275–1289, 2000.

Wang Y. Hill D. , “Robust nonlinear coordinated control of power systems”, Automatica, 32(4): 611–618, 1996.

Ko H. S. Lee K.Y. Kim H.C. , “An intelligent based LQR controller design to power system stabilization”, Electric PowerSystems Research, 71(1): 1–9, 2004.

Yadaiah N. Kumar A. G. D. Bhattacharya J. L. , “Fuzzy based coordinated controller for power system stability and voltage regulation”, Electric Power Systems Research, 69(2–3): 169–177, 2004.

Zhang Y. M. Jiang J. , “Bibliographical review on reconfigurable fault-tolerant control systems”, in Proc of the 5th IFAC Symposium on Fault Detection, Supervision and Safety of Technical Processes (SAFE-PROCESS′03), Washington, DC., USA, June 9–11, 2003, 265–276, 2003.