Оглавление
Александр Юрьевич Хренников. English Original Reader for Technical Students. Power transformers: short-circuit testing, monitoring systems (Smart Grid)
This book is dedicated to the memory of my father Khrennikov Yurij Alexandrovich
Abbreviations
Chapter 1. Monitoring Systems (Smart Grid) and Diagnostics Electrical Equipment Faults
Abstract
1.1. Introduction
1.2. Smart Grid Information-Measuring System for Control of Inductance Value Transformer’s Winding
1.3. Algorithm of Smart Grid Information-Measuring System (IMS)
1.4. Inductance Calculations of 167 MVA/ 500/220 kV Autotransformer
1.5. Smart Grid Monitoring System for Short-Circuit Testing
1.6. An Accuracy of Diagnostic Parameter of Smart Grid Monitoring System
1.7. Determination of the Distribution Law of Measurement Random Error
1.8. Сalculation of Confidence of Interval of Measurement Random Error during Short-Circuit Transformer Testing
1.9. Conclusion
Active Vocabulary of electrotechnical terms and verbs:
References
Chapter 2. Diagnostics and Transformer Testing Experience by LVI/FRA Methods
Abstract
2.1. Introduction
2.2. LVI-Testing and FRA Method for 250 MVA/220 kV Transformer Diagnostic
2.3. Algorithm of the Frequency Spectral Analysis
2.4. Diagnostics of State Condition State of 125 MVA/220/110 kV Autotransformer After Failure
2.5. LVI-Testing of 20 MVA/35 kV Transformer After Short-Circuit
2.6. Diagnostics by LVI-testing of 32 MVA/110 kV Transformer of JSC “Mogoteks”, Belarus’ Republic, After Damage
2.7. Diagnostics by LVI-Testing of ТMY-43/90–90–36,6 АSEA Transformer of Oskol Electrometallurgical Plant
2.8. Diagnostics by LVI and FRA Method of 400 MVA/220 kV Transformer
2.9. Diagnostics by LVI-Testing of 63 MVA/220/110 kV Autotransformer
2.10. Study on the Dependency of LVI-Oscillograms and Signal Spectra of Power Transformer Winding of One Type Manufacturing
2.11. Activities for The Prevention of Transformer Outages Due to Short-Circuits
2.12. Diagnostics by LVI and FRA Methods of 80 MVA/110 kV Transformer
2.13.Conclusion
Active Vocabulary of electrotechnical terms and verbs:
Acknowledgment
References
Chapter 3. Shortcurrent Testing Laboratories. Short-Circuit Performance of Power Transformers, Transformer Testing Experience
Abstract
3.1. Introduction
3.2. Shortcurrent Testing Laboratories
3.3. Short-Circuit Transformer Testing Is an Instrument for Reliability Improvement of Power Transformer Design
3.4.Short-Circuit Testing of 250 MVA/220 kV Transformer at Shortcurrent Testing Laboratory
3.5.New Shortcurrent Testing Laboratory of Russia
3.6. Conclusion
Active Vocabulary of electrotechnical terms and verbs:
Acknowledgment
References
Chapter 4. Diagnostics by Infra-Red and Ultraviolet Control, Partial Discharges for Detection of Electrical Equipment’s Faults, Defects
Abstract
4.1. Introduction
4.2. Infra-Red Control Results of Substation Electrical Equipment
4.2.1. Infra-Red Control of the Thermal Condition of Bolt Assemblies and Defects of the Electrical Disconnectors
4.2.2. Infra-Red Control and Diagnostics of Limiters of Overvoltages
4.2.3. Infra-Red Control, Diagnostics and Damages of Measuring Current Transformer
4.2.4. Infra-Red Control and Diagnostics of the Thermal Condition of the High-Voltage Oil-Filled Electrical Equipment
4.3. Infra-Red Control of Turbine-Drive Generators of Heat Electric Power Stations (HEPS)
4.4. Ultraviolet Control Results
4.4.1. Location of Corona Discharges
4.4.2. Ultraviolet Control of Supporting Porcelain Insulation
4.4.3. Ultraviolet Control of Suspension Isolation
4.4.4. The Estimation of the Degree of Insulation Pollution
4.4.5. Ultraviolet Inspection of Polymeric Composition Insulators
4.5.Partial Discharges (PD) for the Insulation Monitoring
4.5.1. Breakdown of the Turn-to-Turn Insulation of the Power Transformers As a Result of the Action of Partial Discharges (PD)
4.5.2. Procedure of PD Measurements and Measuring Means
4.5.3. Results of Patial Discharge Measurements
4.6. Conclusion
Active Vocabulary of electrotechnical terms and verbs:
Acknowledgment
References
