High Voltage Engineering and Testing
Herausgeber: Ryan, Hugh M
High Voltage Engineering and Testing
Herausgeber: Ryan, Hugh M
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This book is ideal as a reference for power engineers, power systems engineers, component designers, and those wanting to learn about HV engineering, especially as a graduate course.
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This book is ideal as a reference for power engineers, power systems engineers, component designers, and those wanting to learn about HV engineering, especially as a graduate course.
Produktdetails
- Produktdetails
- Verlag: Mathematical Association of America (MAA)
- 2nd Revised edition
- Seitenzahl: 744
- Erscheinungstermin: 31. Dezember 2001
- Englisch
- Abmessung: 240mm x 161mm x 44mm
- Gewicht: 1276g
- ISBN-13: 9780852967751
- ISBN-10: 0852967756
- Artikelnr.: 51788650
- Verlag: Mathematical Association of America (MAA)
- 2nd Revised edition
- Seitenzahl: 744
- Erscheinungstermin: 31. Dezember 2001
- Englisch
- Abmessung: 240mm x 161mm x 44mm
- Gewicht: 1276g
- ISBN-13: 9780852967751
- ISBN-10: 0852967756
- Artikelnr.: 51788650
* Chapter 1: Electric power transmission and distribution systems
* Chapter 2: Insulation co-ordination for AC transmission and
distribution systems
* Chapter 3: Applications of gaseous insulants
* Chapter 4: HVDC and power electronic systems
* Chapter 5: Overhead lines
* Chapter 6: High voltage cables
* Chapter 7: Gas filled interrupters - fundamentals
* Chapter 8: Switchgear design, development and service
* Chapter 9: Transmission substations
* Chapter 10: Distribution switchgear
* Chapter 11: Differences in performance between SF6 and vacuum
circuit-breakers at distribution voltage levels
* Chapter 12: High voltage bushings
* Chapter 13: Design of high voltage power transformers
* Chapter 14: Transformer user requirements, specifications and testing
* Chapter 15: Basic measuring techniques
* Chapter 16: Basic testing techniques
* Chapter 17: Partial discharge measuring technique
* Chapter 18: Digital measuring technique and evaluation procedures
* Chapter 19: Traceable measurements in high voltage tests
* Chapter 20: Fundamental aspects of air breakdown
* Chapter 21: Optical fibre based monitoring of high voltage power
equipment
* Chapter 22: Condition monitoring of high voltage equipment
* Chapter 23: Life management of electrical plant
* Chapter 2: Insulation co-ordination for AC transmission and
distribution systems
* Chapter 3: Applications of gaseous insulants
* Chapter 4: HVDC and power electronic systems
* Chapter 5: Overhead lines
* Chapter 6: High voltage cables
* Chapter 7: Gas filled interrupters - fundamentals
* Chapter 8: Switchgear design, development and service
* Chapter 9: Transmission substations
* Chapter 10: Distribution switchgear
* Chapter 11: Differences in performance between SF6 and vacuum
circuit-breakers at distribution voltage levels
* Chapter 12: High voltage bushings
* Chapter 13: Design of high voltage power transformers
* Chapter 14: Transformer user requirements, specifications and testing
* Chapter 15: Basic measuring techniques
* Chapter 16: Basic testing techniques
* Chapter 17: Partial discharge measuring technique
* Chapter 18: Digital measuring technique and evaluation procedures
* Chapter 19: Traceable measurements in high voltage tests
* Chapter 20: Fundamental aspects of air breakdown
* Chapter 21: Optical fibre based monitoring of high voltage power
equipment
* Chapter 22: Condition monitoring of high voltage equipment
* Chapter 23: Life management of electrical plant
* Chapter 1: Electric power transmission and distribution systems
* Chapter 2: Insulation co-ordination for AC transmission and
distribution systems
* Chapter 3: Applications of gaseous insulants
* Chapter 4: HVDC and power electronic systems
* Chapter 5: Overhead lines
* Chapter 6: High voltage cables
* Chapter 7: Gas filled interrupters - fundamentals
* Chapter 8: Switchgear design, development and service
* Chapter 9: Transmission substations
* Chapter 10: Distribution switchgear
* Chapter 11: Differences in performance between SF6 and vacuum
circuit-breakers at distribution voltage levels
* Chapter 12: High voltage bushings
* Chapter 13: Design of high voltage power transformers
* Chapter 14: Transformer user requirements, specifications and testing
* Chapter 15: Basic measuring techniques
* Chapter 16: Basic testing techniques
* Chapter 17: Partial discharge measuring technique
* Chapter 18: Digital measuring technique and evaluation procedures
* Chapter 19: Traceable measurements in high voltage tests
* Chapter 20: Fundamental aspects of air breakdown
* Chapter 21: Optical fibre based monitoring of high voltage power
equipment
* Chapter 22: Condition monitoring of high voltage equipment
* Chapter 23: Life management of electrical plant
* Chapter 2: Insulation co-ordination for AC transmission and
distribution systems
* Chapter 3: Applications of gaseous insulants
* Chapter 4: HVDC and power electronic systems
* Chapter 5: Overhead lines
* Chapter 6: High voltage cables
* Chapter 7: Gas filled interrupters - fundamentals
* Chapter 8: Switchgear design, development and service
* Chapter 9: Transmission substations
* Chapter 10: Distribution switchgear
* Chapter 11: Differences in performance between SF6 and vacuum
circuit-breakers at distribution voltage levels
* Chapter 12: High voltage bushings
* Chapter 13: Design of high voltage power transformers
* Chapter 14: Transformer user requirements, specifications and testing
* Chapter 15: Basic measuring techniques
* Chapter 16: Basic testing techniques
* Chapter 17: Partial discharge measuring technique
* Chapter 18: Digital measuring technique and evaluation procedures
* Chapter 19: Traceable measurements in high voltage tests
* Chapter 20: Fundamental aspects of air breakdown
* Chapter 21: Optical fibre based monitoring of high voltage power
equipment
* Chapter 22: Condition monitoring of high voltage equipment
* Chapter 23: Life management of electrical plant