UID:
almahu_9949697718102882
Format:
1 online resource (501 p.)
ISBN:
0-323-14873-5
,
1-299-19336-6
Series Statement:
Control and dynamic systems : advances in theory and applications ; v. 42
Content:
Control and Dynamic Systems V42: Analysis and Control System Techniques for Electric Power Systems Part 2
Note:
Description based upon print version of record.
,
Front Cover; Analysis and Control System Techniques for Electric Power Systems; Copyright Page; Table of Contents; CONTRIBUTORS; PREFACE; Chapter 1. Concurrent Processing in Power System Analysis; I. Introduction; II. Classification of Parallel Architectures; III. Partei Algorithms for Power System Analysis; IV. Future Reseaix& Directions; V. Conclusion; References; Chapter 2. Power System Protection: Software Issues; I. INTRODUCTION; II. STATE OF THE ART TRANSMISSION PROTECTION SOFTWARE; III. ADVANCED TOPICS; Acknowledgements; References; Chapter 3. Voltage Collapse: Industry Practices
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I. INTRODUCTIONII. BASIC CONCEPTS AND DEFINITIONS; III. ANALYTICAL TECHNIQUES; IV. CRITERIA; V. INCIDENTS OF VOLTAGE INSTABILITY/COLLAPSE; VI. LESSONS LEARNED FROM THE DISTURBANCES; VII. PREVENTION OF VOLTAGE COLLAPSE; VIII. REFERENCES; ACKNOWLEDGEMENT; Chapter 4. Reliability Techniques in Large Electric Power Systems; 1. POWER SYSTEM RELIABILITY CONCEPTS; 2. POWER SYSTEM RELIABILITY INDICES AND CRITERIA; 3. STATE-SPACE REPRESENTATION OF SYSTEMS; 4. GENERATING SYSTEM RELIABILITY MODELING; 5. GENERATING SYSTEM RELIABILITY ASSESSMENT METHODS; 6. BULK POWER SYSTEM RELIABILITY MODELING
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7. BULK POWER SYSTEM RELIABILITY ASSESSMENT METHODS8. OPERATIONAL RELIABILITY; 9. SUMMARY AND OUTLOOK; Chapter 5. Coordination of Distribution System Capacitors and Regulators: An Application of Integer Quadratic Optimization; I. Introduction; II. The Approximation Formulas; III. Formulation of the Coordination Problem; IV. Discussion; V. Algorithms for Problem 4; VI. Algorithms for Problem 3; VII. Test Results; VIII. Relationship Between the Design and Coordination Problems; IX. Conclusion; References
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Chapter 6. Optimal Operational Planning: A Unified Approach to Real and Reactive Power DispatchesI. INTRODUCTION; II. OPERATIONAL PLANNING PROBLEM; III. THE P-Q DECOMPOSITION; IV. GRADIENT PROJECTION METHOD; V. SIMULATION RESULTS; VI. CONCLUSIONS; ACKNOWLEDGEMENT; REFERENCES; Chapter 7. Multistage Linear Programming Methods for Optimal Energy Plant Operation; 1. INTRODUCTION; II. PROBLEM AND THE BASIS FACTORIZATION; III. MULTISTAGE LINEAR PROGRAMMING; IV. APPLICATION TO OPTIMAL ENERGY PLANT OPERATION; V. SUMMARY AND CONCLUSION; References
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Chapter 8. Optimization Techniques in Hydroelectric SystemsI. INTRODUCTION; II. HYDRO PLANT MODELING FOR LONG-TERM OPTERATION; III. OPTIMAL LONG-TERM SCHEDULING OF SERIES RESERVOIRS; IV. OPTIMAL OPERATION OF MULTICHAIN POWER SYSTEMS FOR CRITICAL WATER CONDITIONS; V. OPTIMIZATION OF POWER SYSTEM OPERATION WITH A SPECIFIED MONTHLY GENERATION; References; INDEX
,
English
Additional Edition:
ISBN 0-12-012742-3
Language:
English
