Power system transients : theory and applications

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書誌事項

Power system transients : theory and applications

Akihiro Ametani ... [et al.]

CRC Press, c2014

  • : hardback

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注記

Includes bibliographical references and index

内容説明・目次

内容説明

As a transient phenomenon can shut down a building or an entire city, transient analysis is crucial to managing and designing electrical systems. Power System Transients: Theory and Applications discusses the basic theory of transient phenomena-including lumped- and distributed-parameter circuit theories-and provides a physical interpretation of the phenomena. It covers novel and topical questions of power system transients and associated overvoltages. Using formulas simple enough to be applied using a pocket calculator, the book presents analytical methods for transient analysis. It examines the theory of numerical simulation methods such as the EMTP (circuit-theory based approach) and numerical electromagnetic analysis. The book highlights transients in clean or sustainable energy systems such as smart grids and wind farms, since they require a different approach than overhead lines and cables. Simulation examples provided include arcing horn flashover, a transient in a grounding electrode, and an induced voltage from a lightning channel.

目次

Theory of Distributed-Parameter Circuits and the Impedance/Admittance Formulas Impedance and Admittance Formula Basic Theory of Distributed-Parameter Circuit Multiconductor System Frequency-Dependent Effect Traveling Wave Non-uniform Conductors Introduction of EMTP Solutions of the Problems Transients on Overhead Lines Switching Surge on Overhead Line Fault Surge Lightning Surge Theoretical Analysis of Transients: Hand Calculations Frequency-Domain Method of Transient Simulations Transients on Cable Systems Impedance and Admittance of Cable Systems Wave Propagation and Overvoltages Studies on Recent and Planned EHV AC Cable Projects Cable System Design and Equipment Selection EMTP Simulation Test Cases Transient and Dynamic Characteristics of New Energy Systems Wind Farm Power-Electronics Simulation by EMTP Voltage Regulation Equipment Using Battery in a DC Railway System Concluding Remarks Numerical Electromagnetic Analysis Methods and Their Applications to Transient Analyses Fundamentals Applications Electromagnetic Disturbances in Power Systems and Customers Disturbances in Power Stations and Substations Disturbances in Customers and Home Appliances Analytical Method of Solving Induced Voltages and Currents Problems and Application Limits of Numerical Simulations Problems of Existing Impedance Formulas Used in Circuit-Theory-Based Approaches Existing Problems in Circuit-Theory-Based Numerical Analysis Numerical Electromagnetic Analysis for Power System Transients

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