高壓直流輸電與絕緣配合張喬根苟銳鋒文韜 9787030744968 【台灣高等教育出版社】

Name: 高壓直流輸電與絕緣配合 張喬根 苟銳鋒 文韜 9787030744968 【台灣高等教育出版社】
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書名：高壓直流輸電與絕緣配合
ISBN：9787030744968
出版社：科學
著編譯者：張喬根苟銳鋒文韜
頁數：356
所在地：中國大陸 *此為代購商品
書號：1586654
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內容簡介

本書詳細闡述了高壓直流輸電系統過電壓產生的原因及機理，以及換流站絕緣配合步驟、方法和原則。全書共7章，主要內容包括：高壓直流輸電系統概述、晶閘管換流技術與換流站配置、直流系統運行特性與故障分析、高壓直流換流站的暫時與操作過電壓、高壓直流換流站雷電與陡波過電壓、高壓直流換流站絕緣配合方法、高壓直流換流站避雷器配置。

Chapter 1 Overview of HVDC Transmission System
1 1 Overview of the Development of HVDC Transmission Technology
1 2 Technical Characteristics of HVDC Transmission
1 2 1 Advantages of HVDC Transmission
1 2 2 Disadvantages of HVDC Transmission
1 3 Structure of HVDC Transmission System
1 3 1 Two-Terminal HVDC Transmission
1 3 2 Monopolar DC Transmission
1 3 3 Bipolar System
1 3 4 Back-to-Back DC System
1 3 5 Multi-Terminal DC System
Chapter 2 Thyristor-Based Conversion and Configuration of Converter?Station
2 1 Thyristor
2 1 1 Thyristor Structure
2 1 2 Dynamic Characteristics of Thyristor
2 1 3 Trigger of Thyristor
2 1 4 Thyristors in Series
2 2 Thyristor Commutation Technology
2 2 1 Line-Commutated Converters
2 2 2 Analysis of Six-Pulse Rectifier
2 2 3 Analysis of Six-Pulse Inverter
2 2 4 DC Voltage of Six-Pulse Converter
2 2 5 DC Voltage of Twelve-Pulse Converter
2 3 Composition and Arrangement of Converter Station
2 4 Equipment in Converter Station
2 4 1 Converter Valve
2 4 2 Converter Transformer
2 4 3 Smoothing Reactor
2 4 4 AC Filter
2 4 5 DC Filter
2 4 6 Reactive Power Compensation
2 4 7 Other Equipments
2 5 Main Connection of Converter Station
2 5 1 Wiring of Converters
2 5 2 Connection Between the Converter Transformer and the Converter?Valves
2 5 3 AC Filter Access System
2 5 4 DC Switchyard Wiring
2 6 Converter Control Mode and Configuration
2 6 1 Converter Control Mode
2 6 2 Converter Control Configuration
2 6 3 Controller Model of Converter
Chapter 3 Operating Characteristics and Fault Analysis of DC System
3 1 Steady-State Operating Characteristics of DC System
3 1 1 Operating External Characteristics of DC System
3 1 2 Power Characteristics of Converter
3 1 3 Harmonic Characteristics of Converter
3 2 Reactive Power Balance in DC System
3 3 Operation Mode of DC Transmission System
3 3 1 Operation Wiring Mode
3 3 2 Full-Voltage Operation and Reduced-Voltage Operation
3 3 3 Power Forward and Reverse Transmission Mode
3 3 4 Bipolar Symmetry and Asymmetry Operation Mode
3 4 Failure Analysis of DC Transmission System
3 4 1 Converter Failure
3 4 2 Fault on DC Side of Converter Station
3 4 3 Fault on AC Side of Converter Station
3 4 4 HVDC Line Fault and Grounding Electrode Fault
Chapter 4 Temporary and Switching Overvoltages in HVDC Converter?Station
4 1 Overvoltage from AC Side of the Converter Station
4 1 1 Ground Fault on AC Side
4 1 2 Clearing of Ground Fault on AC Side
4 1 3 Switching of Converter Transformer
4 1 4 Operating Lines on AC Side
4 1 5 Operating Filters at Converter Station
4 1 6 Overvoltage at Load Rejection
4 2 Overvoltage from DC Side of the Converter Station
4 2 1 Commissioning or Decommissioning of Twelve Pulse Converter
4 2 2 Short Circuit to Ground on Valve Side of Converter Transformer
4 2 3 Overvoltage Generated on the Converter Valve Bridge
4 2 4 Ground Fault on DC Side Line
4 3 Losing of AC Power on the Inverter Side
4 4 Commutation Failure
4 4 1 Analysis of Commutation Failure Process
4 4 2 Reactive Power Fluctuation Caused by Commutation Failure
4 4 3 Transient Overvoltage Characteristics Caused by Commutation Failure
4 4 4 Influence of Control System Parameters on Overvoltage Caused by Commutation Failure
4 5 Fault on Neutral Bus
4 6 Open Circuit Fault on Grounding Electrode Lead
Chapter 5 Lightning and Steep Front Overvoltage in HVDC Converter?Station
5 1 Lightning Simulation
5 1 1 Types of Lightning Stroke
5 1 2 Lightning Current
5 1 3 Lightning Stroke Density and Point
5 2 Lightning Overvoltage on AC Side
5 2 1 Lightning Overvoltage due to Shielding Failu
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