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· 분류 : 외국도서 > 기술공학 > 기술공학 > 기계
· ISBN : 9783030394653
· 쪽수 : 598쪽
· 출판일 : 2021-05-08
목차
1 Introduction
1.1 Purpose
1.2 Structure of the book
1.3 How to use the book
2 Compendium of Accessory Types Used for Extruded Cables
2.1 Introduction
2.2 Types of Joints
2.3 Types of Terminations
2.4 Appendix: Glossary of Component Names
2.5 Glossary of Names for Components Used in Accessories for Extruded Cables
3 A Guide to the Selection of Accessories
3.1 Introduction
3.2 Compatibility of the Accessory with the Cable 2-3
3.3 Compatibility of the Accessory Performance with that of the Cable System
3.4 Compatibility of the Accessory with the Cable System Design and Operating Conditions3.5 Verification of Accessory Performance
3.6 Quality Assurance Scheme for Accessory Design and Manufacture
3.7 Quality Assurance Scheme for Accessory Installation
3.8 Compatibility of the Accessory with Specified after Laying Tests
3.9 Maintenance Requirements of the Accessory
3.10 Economics of Accessory Selection
4 Interfaces in Accessories for Extruded HV & EHV Cables
4.1 Introduction
4.2 Interface Parameters
4.3 Long Term Performance of Interface in Cable accessories
4.4 Testing
4.5 Recommendations and Conclusions
4.6 References
5 Qualifications Procedures for HV and EHV AC Extruded Underground Cable Systems
5.1 Introduction5.2 Long Duration Test on EHV Cable Systems
5.3 Long Duration Test on HV Cable Systems
5.4 Conclusions
5.5 Annexes
6 Cable Accessory Workmanship on Extruded High Voltage Cables
6.1 Summary
6.2 Introduction
6.3 Scope
6.4 Related Literature and Terminology6.5 General Risks and Skills
6.6 Technical Risks and Required Specific Skills
6.7 Skills Assessment
6.8 Set Up
7 Guidelines for Maintaining the Integrity of Extruded Cable Accessories
7.1 Content
7.2 Review of Recent Experience with Failures of Outdoor and Filled Terminations And Non-Buried Joints7.3 The Role of Improved Materials, Design, Assembly and Quality Control in Mitigating The Effects of Termination and Non-Buried Joints Failures
7.4 The Role of Testing and Condition Monitoring in Minimising the Incidence Termination and Non-Buried Joints Failures
7.5 Recommendations
7.6 Conclusions
7.7 Appendix
8 Feasibility of a Common, Dry Type Plug-in Interface for GIS and Power Cables above 52 kv
8.1 Introduction and Scope
8.2 Definitions
8.3 Experience
8.4 Design of Dry Type GIS Termination
8.5 Where the Plug-In Concept Could Be Applicable?
8.6 Qualification
8.7 Feasibility
8.8 Market Acceptance
8.9 Conclusions and Recommendations
8.10 Acknowledgements8.11 References
9 Test Procedures for AC HV Transition Joints for Rated Voltages 30 kV Up to 500 kV
9.1 Introduction
9.2 Normative References
9.3 Definition of Tests
9.4 Test Cables and Transition Joint Characteristics
9.5 Development Tests
9.6 Routine Test9.7 Sample Test
9.8 Type Test
9.9 Prequalification Test
9.10 Electrical Test after Installation
9.11 Appendices
9.12 References
10 Thermal Ratings of HV AC Cable Accessories
10.1 Summary
10.2 Introduction
10.3 Thermal rating of accessories10.4 Thermo-mechanical Ratings of Accessories
10.5 Systems Design Aspects
10.6 Conclusions
10.7 Annexes
11 Test regimes for HV and EHV Cable Connectors
11.1 Background
11.2 Cable Conductors
11.3 Connectors for HV/EHV Cables
11.4 Cable connectors in accessories11.5 Connections to the cable connectors
11.6 Installation of connectors
11.7 Experience
11.8 Existing test methods, requirements and assessment in cable connectors.
11.9 Test regimes pertaining specific HV and EHV applications
11.10 Bibliography/References
11.11 Annexes
12 Guidelines for safe work on AC cable systems under induced voltages or current
12.1 Introduction
12.2 Definition of induced voltages
12.3 Principles of safe work
12.4 Work procedures
12.5 Working conditiond
12.6 Methods of Calculation
12.7 Conclusion
12.8 Bibliography/References
13 Recommendations for testing of long AC Submarine Cables with Extruded Insulation for System Voltage above 30(36) to 500 (550) kV
13.1 Introduction
13.2 Definitions
13.3 Current technologies for submarine cable designs
13.4 Current technologies for submarine joint designs
13.5 General aspects on submarine cable testing
13.6 Routine Test
13.7 Sample Test
13.8 Type Test on Cable System
13.9 Prequalification Test
13.10 Extension of Qualification Test13.11 Electrical tests after installation
13.12 References
13.13 Appendices
14 Accessories in Transitions from Overhead to Underground
14.1 Transition in Compounds/Substations
14.2 Transition on Towers/poles
15 Accessories in Large Cross-Section Cable Systems
15.1 Scope and definitions
15.2 Introduction
15.3 Rigid Installations
15.4 Flexible installations
15.5 transition between rigid and flexible Systems
15.6 Duct installations
15.7 Short-circuit forces
15.8 Cleat applications
15.9 Mechanical cable parameters
15.10 Conclusions
15.11 Bibliography/References
15.12 Annexes
16 Recommendations for mechanical testing of submarine cables and their accessories16.1 Introduction
16.2 Definitions
16.3 Mechanical handling of submarine cables
16.4 General aspect of mechanical testing
16.5 type tests
16.6 Project specific tests and special tests
16.7 Bibliography/references
16.8 Annexes
17 Recommendations for testing DC extruded cable systems for power transmission at a rated voltage up to 500 kV.
17.1 Introduction
17.2 Development tests
17.3 Prequalification tests
17.4 Type Tests
17.5 Routine tests
17.6 Sample tests
17.7 After installation tests
17.8 References
17.9 Appendices18 Recommendations for Testing DC Transition Joints for Power Transmission at a Rated Voltage up to 500kV.
18.1 Introduction
18.2 Definitions
18.3 Development Tests
18.4 Routine Test
18.5 Sample Test
18.6 Type Test
18.7 Prequalification Test18.8 Electrical Test after Installation
18.9 References
18.10 Appendix
19 Surge Voltage Limiters and Link Boxes
20 Maintenance and remaining life management of accessories
20.1 Maintenance
20.2 Remaining life management
21 New Work Items21.1 HVAC
21.2 HVDC
