UID:
almahu_9949225686102882
Format:
1 online resource (510 p.)
ISBN:
0-323-16310-6
Content:
Control and Dynamic Systems V44: Analysis and Control System Techniques for Electric Power Systems Part 4 of 4
Note:
Description based upon print version of record.
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Front Cover; Analysis and Control System Techniques for Electric Power Systems, Part 4 of 4; Copyright Page; Table of Contents; CONTRIBUTORS; PREFACE; CHAPTER 1. COMPUTER RELAYING IN POWER SYSTEMS; I. INTRODUCTION; II. COMPUTER RELAY ARCHITECTURE; III. RELAYING PRACTICES; IV. TRANSMISSION LINE ALGORITHMS; V. TRANSMISSION LINE RELAYING; VI. POWER TRANSFORMER ALGORITHMS; VII. BUS PROTECTION; VIII. CONCLUSION; IX. REFERENCES; Chapter 2. Advanced Control Techniques for High Performance Electric Drives«; 1. Definition of High Performance Drives; 2. Modeling of High Torque Motors
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3. Selection of Reference Tracks4. Control Strategies for High Performance Drives; 5. Variable Structure Tracking Control; 6. Self-Tuning Control; 7. Laboratory Implementation for Drives Control; 8. Applications of Variable Structure Tracking to Brushless Motors; 9. Applications of Variable Structure Tracking to Dc Motors; 10. Applications of Variable Structure Tracking to Induction Motors; 11. Applications of Self-Tuning Control to Dc Motors; 12. Applications of Self-Tuning Control to Induction Motors; References; CHAPTER 3. HIGH VOLTAGE OUTDOOR INSULATION TECHNOLOGY; SUMMARY
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1. INTRODUCTION2. POLYMER MATERIALS FOR OUTDOOR INSULATION; 3. CONSTRUCTIONAL DETAILS; 4. SERVICE EXPERIENCE; 5. EXPERIENCE INOUTDOOR TEST SITES; 6. LABORATORY RESEARCH ON ACCELERATED AGING TESTS; 7. LABORATORY RESEARCH ON MATERIAL DEGRADATION; 8. TOPICS FOR FURTHER RESEARCH; 9. BIBLIOGRAPHY; CHAPTER 4. POWER SYSTEM GENERATION EXPANSION PLANNING USING THE MAXIMUM PRINCIPLE AND ANALYTICAL PRODUCTION COST MODEL; I. INTRODUCTION; II. PROBLEM STATEMENT; III. PRODUCTION COST MODEL; IV. LONG-TERM GENERATION PLANNING: HYDRO-THERMAL SYSTEM; V. LONG-TERM GENERATION PLANNING: PUMPED-STORAGE SYSTEM
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VI. CONCLUSIONSACKNOWLEDGMENTS; REFERENCES; CHAPTER 5. DEVELOPMENT OF EXPERT SYSTEMS AND THEIR LEARNING CAPABILITY FOR POWER SYSTEM APPLICATIONS; I. EXPERT SYSTEM: A TUTORIAL; II. STATE-OF-THE-ART; III. EXAMPLE EXPERT SYSTEM; IV. INTRODUCTION; V. INDUCTIVE LEARNING; VI. SELF-LEARNING EXPERT SYSTEM; VII. LEARNING TO SELECT CONTINGENCIES; VIII. CONCLUSION; ACKNOWLEDGEMENTS; REFERENCES; Chapter 6. Advances in Fast Power Flow Algorithms; Abstract; 1 Toward a Central Theory Governing Fast Power Flow Algorithms.; 2.0 Fast Algorithm Test Results.; 3.0 Summary; 4.0 References
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CHAPTER 7. POWER SYSTEMS STATE ESTIMATION BASED ON LEAST ABSOLUTE VALUE CLAV)I. PARAMETER ESTIMATION PROBLEM; II. POWER SYSTEM MODELING AND OBSERVABILITY; III. DESIGN OF THE NEW STATE ESTIMATOR BASED ON LEAST ABSOLUTE VALUE APPROXIMATION (CLAV ); IV RESULTS AND DISCUSSIONS; REFERENCES; APPENDIX [A]; INDEX
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English
Additional Edition:
ISBN 0-12-012744-X
Language:
English
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