High-voltage composite insulator and its applications

Author: Qiu Zhiqian
Publisher:
Publish Date: 2006-01-01
Features: Preface Chapter Overview
Section 1: Classification and Structural Characteristics of Composite Insulators
Section 2: Development of Composite Insulators and Comparison with Traditional Insulators
Section 3: Operating Conditions and Requirements for Composite Insulators
Chapter 2: Structural Design of Composite Long Rod Insulators
Section 1: International Design and Manufacturing Processes for Composite Long Rod Insulators
Section 2: Mechanical Performance Design of Insulators
Section 3: Selection of Outer Insulation Materials and Composite Insulator Interfaces
Section 4: Design of External Flashover Voltage Characteristics and Electrical Performance of Composite Long Rod Insulators
Section 5: Dimensional Characteristics of Composite Long Rod Insulators
Section 6: IEC Composite Long Rod Insulator Element Standard Strength Grades and End Attachments
Chapter 3: Design and Structure of Other Composite Insulators
Section 1: Composite Busbar (Cross-arm) Insulators
Section 2: Composite Spacing Rod Insulators
Section 3: Composite Insulators for Substations
Chapter 4: Tests of Composite Long Rod Insulators
Section 1: Tests of Outer Insulation Materials
Section 2: Tests of Core Rod Materials
Section 3: Test Items Specified in IEC 61109 and Amendment 1 (See Table 4—5)
Section 4: Interface and Metal Attachment Connection Tests
Section 5: Mechanical Tensile Load-Time Tests Specified in IEC 61109
Section 6: Aging Tests of Composite Insulators
Section 7: Hydrophobicity Evaluation and Contamination Tests of Composite Insulators
Section 8: Stress Corrosion Tests of FRP Rods
Section 9: Differences Between GB/T 19519 and IEC 61109
Chapter 5: Tests of Other Composite Insulators
Section 1: Composite Busbar Insulators
Section 2: Composite Hollow Insulators
Section 3: IEC Composite Insulator Standardization Work New Developments
Chapter 6: Use and Operation and Maintenance of Composite Insulators
Section 1: Selection of Composite Insulators
Section 2: Storage, Transportation, Installation, and Operation and Maintenance of Insulators
Section 3: Physical-Chemical Diagnostic Techniques
Section 4: Contamination Measurement, Contamination Flashover Voltage, and Conventional Electrical-Mechanical Test Methods
Chapter 7: DC Composite Insulators
Section 1: Overview
Section 2: Comparison Between Traditional DC Disc Ceramic or Glass Insulators and DC Long Rod Insulators
Section 3: Tests of DC Composite Insulator Outer Material for Resistance to Tracking and Erosion
Section 4: Accelerated Aging Tests of DC Composite Long Rod Insulators
Section 5: Long-Term Operating Experience of DC Composite Long Rod Insulators Abroad
Section 6: Accelerated Aging Tests of DC Composite Hollow Insulators
Section 7: Considerations for the Application of Composite Insulators Under DC Voltage
References