Asymmetric operation of AC power transmission system

Chapter 1 - The Modern Power System

Introduction. Power System Engineering. Symmetric Versus Asymmetric Operation.

Chapter 2 - Introduction to Asymmetric Operation of PowerTransmission Systems

Concept of Asymmetric Operation. System Security. Strategies of Implementation. Reactive Power Management.

Chapter 3 - Probabilistic Aspects of Asymmetric Operation

Introduction. The Binomial Law. The Poisson Distribution. The Weibull Distribution. Application to Asymmetric Operation.

Chapter 4 - Asymmetric Operation of a Corridor with Multiple Lines

Introduction. Asymmetric Operation Using Conventional Compensating Devices: Lossless Line With Lumped Parameters. Asymmetric Operation Using Conventional Compensating Devices: Uncoupled Line With Distributed Parameters. Asymmetric Operation Using FACTS Controllers.

Chapter 5 - Asymmetric Operation of a Corridor With a Single Line

Introduction. Compensation With Conventional Devices. Compensation With FACTS Devices. Paired and Versatile Negative-sequence and Zero-sequence Currents Filtering.

Chapter 6 - Economic Analysis

Introduction. Estimating Costs. Investment Costs of Asymmetric Operation Using Conventional and Modern Compensating Devices. Investment Costs of Asymmetric Operation Compared to the Cost of the LOLE and the Cost of a New Line. Effect of the Number of Lines. Scenario Studies.

Chapter 7 - Enhancing the Flexibility of Power System Operation

Introduction. Review of the Three-phase N _ 1 Criterion. The Single-line Corridor. Distributed Generation. The Distribution System.

Chapter 8 - Conclusion

Appendix A - Underlying Concepts of Symmetrical Three-phase System Planning

Appendix B - Simulation Results

This book is an invaluable tool for professionals working in industry, government and research as well as students and professors in electrical engineering and applied science.