Power system voltage stability /
Taylor, Carson W.
Power system voltage stability / Carson W. Taylor - New York ; Madrid : McGraw Hill Education, c1994 - xiii, 273 pages ; 25 cm.
Includes index.
General Aspects of Electric Power Systems.What is Voltage Stability.Transmission System Reactive Power Compensation and Control.Power System Loads.Generation Characteristics.Simulation of Equivalent Systems.Voltage Stability of a Large System.Voltage Stability with HVDC Links.Power System Planning and Operating Guidelines.Appendices: A: Notes on the Per Unit System.B: Voltage Stability and the Power Flow Problem.C: Power Flow Simulation Methodology.D: Dynamic Analysis Methods.E: Equivalent System 2 Data.F: Voltage Instability Incidents.
Inaugurating a new McGraw-Hill series of technical references for power engineers, published in cooperation with the Electric Power Research Institute, this volume presents tested solutions to the common stability problems faced by engineers in electric power plants. It features planning and operating guidelines; concentrates on both transient and longer-term phenomena; provides detailed descriptions of equipment characteristics for the transmission, generation, and distribution/load subsystems of a power system; and reports on methods for the modeling of equipment.
71137084
ELECTRIC POWER SYSTEM STABILITY
TK 1005 .T39 1994
Power system voltage stability / Carson W. Taylor - New York ; Madrid : McGraw Hill Education, c1994 - xiii, 273 pages ; 25 cm.
Includes index.
General Aspects of Electric Power Systems.What is Voltage Stability.Transmission System Reactive Power Compensation and Control.Power System Loads.Generation Characteristics.Simulation of Equivalent Systems.Voltage Stability of a Large System.Voltage Stability with HVDC Links.Power System Planning and Operating Guidelines.Appendices: A: Notes on the Per Unit System.B: Voltage Stability and the Power Flow Problem.C: Power Flow Simulation Methodology.D: Dynamic Analysis Methods.E: Equivalent System 2 Data.F: Voltage Instability Incidents.
Inaugurating a new McGraw-Hill series of technical references for power engineers, published in cooperation with the Electric Power Research Institute, this volume presents tested solutions to the common stability problems faced by engineers in electric power plants. It features planning and operating guidelines; concentrates on both transient and longer-term phenomena; provides detailed descriptions of equipment characteristics for the transmission, generation, and distribution/load subsystems of a power system; and reports on methods for the modeling of equipment.
71137084
ELECTRIC POWER SYSTEM STABILITY
TK 1005 .T39 1994