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For Authors
Submit a ProposalElectrical Equipment
 | A Field Guide By B. Koti Reddy Copyright: 2021 | Status: Published ISBN: 9781119768944 | Hardcover | 469 pages Price: $225 USD  |
One Line Description
A comprehensive guide for all the electrical equipment in plants to understand their basic theories, relevant standards, operation and maintenance, challenges, and scope for future research.
Audience
Electrical engineers, mechanical engineers, technicians, and other designers, engineers, and scientists who work with electrical equipment
Electrical engineers, mechanical engineers, technicians, and other designers, engineers, and scientists who work with electrical equipment
Description
This valuable new volume is a must-have for any engineer. Covering almost all electrical equipment, such as generators, motors, transformers, cables, batteries, meters, relays, fuses, lamps, lightning arresters, circuit breakers, and so much more, it covers not only the basic theory, but also mathematical equations, selection guidelines, installation, commissioning, operation and maintenance, and many other practical applications. Equally as importantly, also covered here are all the applicable international standards, such as IEC and IEEE.
This book is written in a simple language for easy understanding by field engineers. The rating plate of all the equipment is described in detail. The relevant details of the equipment have been taken from the reputed manufacturers brochures sand their operation manuals. This book serves as a guide for researchers to know the gaps in existing technologies and gives direction for future research. Academics can refer to this book to understand the field requirements and to prepare their curriculum accordingly.
This groundbreaking new volume presents these topics and trends, bridging the research gap, and senable wide-scale implementation of efficient and effective operations. Whether for the veteran engineer or the student, this is a must-have for any library.
Back to Top
This valuable new volume is a must-have for any engineer. Covering almost all electrical equipment, such as generators, motors, transformers, cables, batteries, meters, relays, fuses, lamps, lightning arresters, circuit breakers, and so much more, it covers not only the basic theory, but also mathematical equations, selection guidelines, installation, commissioning, operation and maintenance, and many other practical applications. Equally as importantly, also covered here are all the applicable international standards, such as IEC and IEEE.
This book is written in a simple language for easy understanding by field engineers. The rating plate of all the equipment is described in detail. The relevant details of the equipment have been taken from the reputed manufacturers brochures sand their operation manuals. This book serves as a guide for researchers to know the gaps in existing technologies and gives direction for future research. Academics can refer to this book to understand the field requirements and to prepare their curriculum accordingly.
This groundbreaking new volume presents these topics and trends, bridging the research gap, and senable wide-scale implementation of efficient and effective operations. Whether for the veteran engineer or the student, this is a must-have for any library.
Back to Top
Supplementary Data
--Is a comprehensive, “one stop shop” guidebook for electrical engineers
--Covers all the electrical machines, switchgear, meters and relays, cables, batteries, and many other types of equipment found on the shop or plant floor
--Includes all the applicable international standards such as IEEE, IEC, NEMA, NFPA, and others
--Lists out the gaps in the existing technology and opportunities for future research
--Is a comprehensive, “one stop shop” guidebook for electrical engineers
--Covers all the electrical machines, switchgear, meters and relays, cables, batteries, and many other types of equipment found on the shop or plant floor
--Includes all the applicable international standards such as IEEE, IEC, NEMA, NFPA, and others
--Lists out the gaps in the existing technology and opportunities for future research
Author / Editor Details
B. Koti Reddy is a scientific officer in the Department of Atomic Energy in India. His 30 plus years of experience in electrical power systems includes selection, procurement, commissioning, operation, and maintenance with various HV and LV switchgears, machines, drives, solar photovoltaics, electric vehicles, batteries, cables, measuring instruments, and protective relays. His work includes power system analysis with software tools such as E-Tap, PVSyst, Matlab and Homer Pro. He is a member of IEEE, ISTE, IAE and a Fellow of the Institution of Engineers(I).
B. Koti Reddy is a scientific officer in the Department of Atomic Energy in India. His 30 plus years of experience in electrical power systems includes selection, procurement, commissioning, operation, and maintenance with various HV and LV switchgears, machines, drives, solar photovoltaics, electric vehicles, batteries, cables, measuring instruments, and protective relays. His work includes power system analysis with software tools such as E-Tap, PVSyst, Matlab and Homer Pro. He is a member of IEEE, ISTE, IAE and a Fellow of the Institution of Engineers(I).
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Table of Contents
Preface xv
1 Introduction 1
1.1 Introduction 1
1.2 Electrical Power Supply 1
1.3 Classification of Voltages or Voltage Bands 2
1.4 Standards Agencies 2
1.5 Electrical Standards 12
1.6 Abbreviations 15
1.7 Constants 19
1.8 Types of Maintenance 19
1.9 Useful Life of Equipment 22
2 Transformers 25
2.1 Introduction 25
2.2 Types of Transformers 27
2.3 Transformer on No Load 27
2.4 Transformer on Load 28
2.5 Total Equivalent Circuit of Transformer
(Referred to Primary Side) 29
2.6 Losses in a Transformer 29
2.7 Efficiency of Transformer 30
2.8 Parallel Operation of Transformers 31
2.9 Rating Plate of Transformer 32
2.10 Information to Be Given to Purchase a Transformer 49
2.11 Tests on Transformer 52
2.12 Maintenance of Transformers 54
2.13 Troubleshooting Chart for Transformers 65
2.14 Latest Trends Opportunities in Transformer Technology 65
3 Generators 73
3.1 Introduction 73
3.2 Alternator 73
3.3 Field Poles 74
3.4 Construction of Field Poles 74
3.5 EMF Equation of Alternator 75
3.6 Capability Curve 76
3.7 Design of Alternator 79
3.8 Rating Plates 79
3.9 Voltage Regulation of Synchronous Generator 85
3.10 Excitation 86
3.11 Connections 87
3.12 Neutral Grounding 88
3.13 Cooling 88
3.14 Short-Circuit Ratio (SCR) 89
3.15 Pitch Factor (Kp) or Chording Factor (Kc) 90
3.16 Distribution Factor (Kd) 91
3.17 Leakage Reactance (Xl) 92
3.18 Armature Reaction 92
3.19 Operation of Generator When Connected
to an Infinite Bus 93
3.20 Load Sharing of Grid-Connected Alternator 94
3.21 Typical Values of Various Reactances and Time-Constants 94
3.22 Load Characteristics of Alternators 94
3.23 Salient Pole Machine with Two Reaction Theory 97
3.24 Hunting 98
3.25 Stability and Swing Equation 98
3.26 Prime-Mover Rating Plates 99
3.27 Effect of Unbalanced Loads and External Faults 100
3.28 Voltage Regulators 101
3.29 Parallel Operation of Alternators Under Different
Conditions 101
3.30 Induction Generator 103
3.31 Doubly Fed Induction Generator 105
3.32 Latest Trends in TG Technology 105
3.33 Maintenance 107
3.34 Fault Finding 107
3.35 Generator Failure Modes 107
3.36 Tests on a Turbo-Generator 107
3.37 Tests on Engine-Driven Generator 110
3.38 Gaps and Research Opportunities 111
4 Induction Motors 113
4.1 Introduction 113
4.2 Comparison Between Various Types of Motors 113
4.3 Working Principle of 3-Phase Induction Motor 114
4.4 Construction of SCIM 115
4.5 Equivalent Circuit of SCIM 118
4.6 Torque-Speed Curve of SCIM 119
4.7 T-S Curve for SRIM 121
4.8 Torque-Speed Curve of Single-Phase Motor
(Split Phase) 122
4.9 Name Plate or Rating Plate of SCIM 122
4.10 Power Stages of Induction Motor 140
4.11 Abnormal Conditions 140
4.12 Starting of Induction Motors 143
4.13 Speed Control of Induction Motors 143
4.14 Deep Cage Induction Motor 143
4.15 Double Cage SCIM 145
4.16 Selection of Motor Power for an Application 146
4.17 Design of Induction Motors 146
4.18 Characteristics of Loads 149
4.19 Circle Diagram 149
4.20 Alignment of Motor with Driven Equipment 152
4.21 Shaft and Bearing Currents in Large Motors 153
4.22 Special Motors for Hazardous/Explosive Areas 154
4.23 Identification of 3-Phase Winding Leads 155
4.24 Tests on Induction Motor 156
4.25 Maintenance 158
4.26 Troubleshooting 170
4.27 Heating and Cooling Curves of Induction Motor 170
4.28 Smart Motors 178
4.29 Single-Phase Induction Motors 179
4.30 Information to Be Given to Purchase a 3-Phase
Induction Motor 181
4.31 Protection Against Faults 183
4.32 Motors for Electrical Vehicles 183
4.33 Future Scope 184
5 Circuit Breakers and Contactors 185
5.1 Introduction 185
5.2 Arcing Phenomenon 185
5.3 Types of Circuit Breakers 186
5.4 AC and DC CBs 186
5.5 DCCB 186
5.6 CB Contacts 189
5.7 Selection of CB 189
5.8 Operation of CBs 192
5.9 Name Plate of CBs 199
5.10 Tests on CB 203
5.11 Information to Be Given to Purchase a CB 204
5.12 Maintenance of CB 205
5.13 Contractors 207
5.14 MCB, MCCB and RCCB 215
6 Protection and Measurement Systems 225
6.1 Introduction 225
6.2 Desirable Characteristics of Protective Device 225
6.3 Current Transformer 226
6.4 Voltage Transformer 242
6.5 Measuring Instruments 249
6.6 Multi-Function Meter 253
6.7 Desirable Characteristics of Meters 253
6.8 Meter Symbols and Codes 254
6.9 AVO or Multimeter 254
6.10 Meter Calibration Reports 255
7 Earthing and Lightning 257
7.1 Earthing 257
7.2 Earthing, Grounding and Bonding 257
7.3 System Neutral Grounding 259
7.4 LV Neutral Earthing 260
7.5 Types of Earth Electrodes 264
7.6 Measurement of Earth Resistance 264
7.7 General Guidelines on Earthing 269
7.8 Lightning Arrester 269
7.9 Protection Against Lightning 269
7.10 Definitions 271
7.11 Name Plate of LA 273
7.12 Protective Devices Against Lightning Surges 274
7.13 Surge Protective Device (SPD) 274
7.14 Lightning Conductor Size 277
7.15 Inspection and Maintenance of Lightning
Protection System 277
7.16 Testing of LA 278
8 Fuses 281
8.1 Introduction 281
8.2 Terms Used in the Fuse Field 281
8.3 Cut-Off Characteristic of Fuse 282
8.4 Fuse Law (Prece’s law) 283
8.5 Types of Fuses 284
8.6 Application Categories and TCC of Fuses 288
8.7 Discrimination between an Over Current Relay
and Fuse 289
8.8 Semi-Conductor Fuse 290
8.9 Examples of Selection of Fuse 291
8.10 Symbols of Fuse Letter Code 293
8.11 Desirable Characteristics of Fuse 293
8.12 Tests Recommended on Fuses 294
8.13 Market Models of Fuses 294
9 Protective Relays 301
9.1 Introduction 301
9.2 Terms Used in Relaying 301
9.3 Types of Protection 302
9.4 Types of Relays 302
9.5 Relay Block Diagrams of Three Generations 304
9.6 IDMT Relay Calculations 305
9.7 Inverse – Time Over-Current Relays 306
9.8 Comparison between Three Generation Relays 308
9.9 Thermal Overload Relays 308
9.10 Protections of Various Electrical Equipment 310
9.11 Relay Settings 312
9.12 Protection System Failure Modes 313
9.13 Maintenance of Relays 315
9.14 Field Testing 315
9.15 Relay Co-Ordination 317
9.16 Protective Device Numbers 323
9.17 Challenges and Opportunities 323
10 Cables and Overhead Conductors 329
10.1 Introduction 329
10.2 Conducting Materials 329
10.3 Cable Insulating Material 330
10.4 Construction of Cables 330
10.5 Overhead Conductor versus Cable 332
10.6 Comparison between PVC and XLPE Cables 332
10.7 De-Rating Factors 333
10.8 Special Cables 333
10.9 FRLS Cable Properties 335
10.10 Methods of Cable Laying 336
10.11 Identification Codes of Cables 336
10.12 Selection of Cable 337
10.13 Rule of Thumb for Industrial Work 338
10.14 Fault Location Methods 339
10.15 Maintenance on Cables 340
10.16 Cable Jointing 341
10.17 Tests on PVC Cables 341
10.18 Tests on XLPE Cables 343
10.19 Overhead Lines 345
10.20 FACTS 347
11 Solar Photovoltaics 353
11.1 Introduction 353
11.2 Solar Energy 353
11.3 Forms of Energy Resources 354
11.4 Solar Spectrum 354
11.5 Solar Energy Fundamentals 357
11.6 I-V and P-V Curves 362
11.7 Solar Photovoltaic Power Plants 363
11.8 Modelling of PV Modules 365
11.9 Performance Indicators 366
11.10 Maximum Power Point Tracking 368
11.11 Rating Plates of SPP 369
11.12 Opportunities and Future Scope 369
12 Storage Batteries 375
12.1 Introduction 375
12.2 Faraday’s Law of Electrolysis 375
12.3 Types of Batteries 376
12.4 Dry Cell 376
12.5 Technical Terms 379
12.6 Secondary Batteries 381
12.7 Lead – Acid Battery 383
12.8 Nickel-Cadmium Batteries 391
12.9 Lithium Batteries 393
12.10 Latest Trends in Energy Storage Field 395
12.11 Maintenance 397
12.12 Some other Notable points on Battery 399
12.13 Batteries for Electric Vehicles 400
12.14 Smart Battery 402
12.15 Future Outlook 402
13 Computer Aided Studies in Power Systems (CASiPS) 405
13.1 Introduction 405
13.2 E-TAP 406
13.3 EDSA 408
13.4 PV Syst 409
13.5 Power Factory 410
13.6 Matlab-Simulink 412
14 Lighting 413
14.1 Introduction 413
14.2 Definitions 414
14.3 Type of Lighting Technologies 419
14.4 Estimation of Illumination 419
14.5 Recommended Illumination Levels 421
14.6 Lamps Rating Plate 421
14.7 Fluorescent Lamp Colour Temperatures 430
15 Electrical Safety 439
15.1 Introduction 439
15.2 Hazards and Effects of Electric Current 439
15.3 Electric Shock 440
15.4 Permit to Work System and Qualification and Training 442
15.5 Personnel Protective Equipment and Devices 446
Index 449
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Preface xv
1 Introduction 1
1.1 Introduction 1
1.2 Electrical Power Supply 1
1.3 Classification of Voltages or Voltage Bands 2
1.4 Standards Agencies 2
1.5 Electrical Standards 12
1.6 Abbreviations 15
1.7 Constants 19
1.8 Types of Maintenance 19
1.9 Useful Life of Equipment 22
2 Transformers 25
2.1 Introduction 25
2.2 Types of Transformers 27
2.3 Transformer on No Load 27
2.4 Transformer on Load 28
2.5 Total Equivalent Circuit of Transformer
(Referred to Primary Side) 29
2.6 Losses in a Transformer 29
2.7 Efficiency of Transformer 30
2.8 Parallel Operation of Transformers 31
2.9 Rating Plate of Transformer 32
2.10 Information to Be Given to Purchase a Transformer 49
2.11 Tests on Transformer 52
2.12 Maintenance of Transformers 54
2.13 Troubleshooting Chart for Transformers 65
2.14 Latest Trends Opportunities in Transformer Technology 65
3 Generators 73
3.1 Introduction 73
3.2 Alternator 73
3.3 Field Poles 74
3.4 Construction of Field Poles 74
3.5 EMF Equation of Alternator 75
3.6 Capability Curve 76
3.7 Design of Alternator 79
3.8 Rating Plates 79
3.9 Voltage Regulation of Synchronous Generator 85
3.10 Excitation 86
3.11 Connections 87
3.12 Neutral Grounding 88
3.13 Cooling 88
3.14 Short-Circuit Ratio (SCR) 89
3.15 Pitch Factor (Kp) or Chording Factor (Kc) 90
3.16 Distribution Factor (Kd) 91
3.17 Leakage Reactance (Xl) 92
3.18 Armature Reaction 92
3.19 Operation of Generator When Connected
to an Infinite Bus 93
3.20 Load Sharing of Grid-Connected Alternator 94
3.21 Typical Values of Various Reactances and Time-Constants 94
3.22 Load Characteristics of Alternators 94
3.23 Salient Pole Machine with Two Reaction Theory 97
3.24 Hunting 98
3.25 Stability and Swing Equation 98
3.26 Prime-Mover Rating Plates 99
3.27 Effect of Unbalanced Loads and External Faults 100
3.28 Voltage Regulators 101
3.29 Parallel Operation of Alternators Under Different
Conditions 101
3.30 Induction Generator 103
3.31 Doubly Fed Induction Generator 105
3.32 Latest Trends in TG Technology 105
3.33 Maintenance 107
3.34 Fault Finding 107
3.35 Generator Failure Modes 107
3.36 Tests on a Turbo-Generator 107
3.37 Tests on Engine-Driven Generator 110
3.38 Gaps and Research Opportunities 111
4 Induction Motors 113
4.1 Introduction 113
4.2 Comparison Between Various Types of Motors 113
4.3 Working Principle of 3-Phase Induction Motor 114
4.4 Construction of SCIM 115
4.5 Equivalent Circuit of SCIM 118
4.6 Torque-Speed Curve of SCIM 119
4.7 T-S Curve for SRIM 121
4.8 Torque-Speed Curve of Single-Phase Motor
(Split Phase) 122
4.9 Name Plate or Rating Plate of SCIM 122
4.10 Power Stages of Induction Motor 140
4.11 Abnormal Conditions 140
4.12 Starting of Induction Motors 143
4.13 Speed Control of Induction Motors 143
4.14 Deep Cage Induction Motor 143
4.15 Double Cage SCIM 145
4.16 Selection of Motor Power for an Application 146
4.17 Design of Induction Motors 146
4.18 Characteristics of Loads 149
4.19 Circle Diagram 149
4.20 Alignment of Motor with Driven Equipment 152
4.21 Shaft and Bearing Currents in Large Motors 153
4.22 Special Motors for Hazardous/Explosive Areas 154
4.23 Identification of 3-Phase Winding Leads 155
4.24 Tests on Induction Motor 156
4.25 Maintenance 158
4.26 Troubleshooting 170
4.27 Heating and Cooling Curves of Induction Motor 170
4.28 Smart Motors 178
4.29 Single-Phase Induction Motors 179
4.30 Information to Be Given to Purchase a 3-Phase
Induction Motor 181
4.31 Protection Against Faults 183
4.32 Motors for Electrical Vehicles 183
4.33 Future Scope 184
5 Circuit Breakers and Contactors 185
5.1 Introduction 185
5.2 Arcing Phenomenon 185
5.3 Types of Circuit Breakers 186
5.4 AC and DC CBs 186
5.5 DCCB 186
5.6 CB Contacts 189
5.7 Selection of CB 189
5.8 Operation of CBs 192
5.9 Name Plate of CBs 199
5.10 Tests on CB 203
5.11 Information to Be Given to Purchase a CB 204
5.12 Maintenance of CB 205
5.13 Contractors 207
5.14 MCB, MCCB and RCCB 215
6 Protection and Measurement Systems 225
6.1 Introduction 225
6.2 Desirable Characteristics of Protective Device 225
6.3 Current Transformer 226
6.4 Voltage Transformer 242
6.5 Measuring Instruments 249
6.6 Multi-Function Meter 253
6.7 Desirable Characteristics of Meters 253
6.8 Meter Symbols and Codes 254
6.9 AVO or Multimeter 254
6.10 Meter Calibration Reports 255
7 Earthing and Lightning 257
7.1 Earthing 257
7.2 Earthing, Grounding and Bonding 257
7.3 System Neutral Grounding 259
7.4 LV Neutral Earthing 260
7.5 Types of Earth Electrodes 264
7.6 Measurement of Earth Resistance 264
7.7 General Guidelines on Earthing 269
7.8 Lightning Arrester 269
7.9 Protection Against Lightning 269
7.10 Definitions 271
7.11 Name Plate of LA 273
7.12 Protective Devices Against Lightning Surges 274
7.13 Surge Protective Device (SPD) 274
7.14 Lightning Conductor Size 277
7.15 Inspection and Maintenance of Lightning
Protection System 277
7.16 Testing of LA 278
8 Fuses 281
8.1 Introduction 281
8.2 Terms Used in the Fuse Field 281
8.3 Cut-Off Characteristic of Fuse 282
8.4 Fuse Law (Prece’s law) 283
8.5 Types of Fuses 284
8.6 Application Categories and TCC of Fuses 288
8.7 Discrimination between an Over Current Relay
and Fuse 289
8.8 Semi-Conductor Fuse 290
8.9 Examples of Selection of Fuse 291
8.10 Symbols of Fuse Letter Code 293
8.11 Desirable Characteristics of Fuse 293
8.12 Tests Recommended on Fuses 294
8.13 Market Models of Fuses 294
9 Protective Relays 301
9.1 Introduction 301
9.2 Terms Used in Relaying 301
9.3 Types of Protection 302
9.4 Types of Relays 302
9.5 Relay Block Diagrams of Three Generations 304
9.6 IDMT Relay Calculations 305
9.7 Inverse – Time Over-Current Relays 306
9.8 Comparison between Three Generation Relays 308
9.9 Thermal Overload Relays 308
9.10 Protections of Various Electrical Equipment 310
9.11 Relay Settings 312
9.12 Protection System Failure Modes 313
9.13 Maintenance of Relays 315
9.14 Field Testing 315
9.15 Relay Co-Ordination 317
9.16 Protective Device Numbers 323
9.17 Challenges and Opportunities 323
10 Cables and Overhead Conductors 329
10.1 Introduction 329
10.2 Conducting Materials 329
10.3 Cable Insulating Material 330
10.4 Construction of Cables 330
10.5 Overhead Conductor versus Cable 332
10.6 Comparison between PVC and XLPE Cables 332
10.7 De-Rating Factors 333
10.8 Special Cables 333
10.9 FRLS Cable Properties 335
10.10 Methods of Cable Laying 336
10.11 Identification Codes of Cables 336
10.12 Selection of Cable 337
10.13 Rule of Thumb for Industrial Work 338
10.14 Fault Location Methods 339
10.15 Maintenance on Cables 340
10.16 Cable Jointing 341
10.17 Tests on PVC Cables 341
10.18 Tests on XLPE Cables 343
10.19 Overhead Lines 345
10.20 FACTS 347
11 Solar Photovoltaics 353
11.1 Introduction 353
11.2 Solar Energy 353
11.3 Forms of Energy Resources 354
11.4 Solar Spectrum 354
11.5 Solar Energy Fundamentals 357
11.6 I-V and P-V Curves 362
11.7 Solar Photovoltaic Power Plants 363
11.8 Modelling of PV Modules 365
11.9 Performance Indicators 366
11.10 Maximum Power Point Tracking 368
11.11 Rating Plates of SPP 369
11.12 Opportunities and Future Scope 369
12 Storage Batteries 375
12.1 Introduction 375
12.2 Faraday’s Law of Electrolysis 375
12.3 Types of Batteries 376
12.4 Dry Cell 376
12.5 Technical Terms 379
12.6 Secondary Batteries 381
12.7 Lead – Acid Battery 383
12.8 Nickel-Cadmium Batteries 391
12.9 Lithium Batteries 393
12.10 Latest Trends in Energy Storage Field 395
12.11 Maintenance 397
12.12 Some other Notable points on Battery 399
12.13 Batteries for Electric Vehicles 400
12.14 Smart Battery 402
12.15 Future Outlook 402
13 Computer Aided Studies in Power Systems (CASiPS) 405
13.1 Introduction 405
13.2 E-TAP 406
13.3 EDSA 408
13.4 PV Syst 409
13.5 Power Factory 410
13.6 Matlab-Simulink 412
14 Lighting 413
14.1 Introduction 413
14.2 Definitions 414
14.3 Type of Lighting Technologies 419
14.4 Estimation of Illumination 419
14.5 Recommended Illumination Levels 421
14.6 Lamps Rating Plate 421
14.7 Fluorescent Lamp Colour Temperatures 430
15 Electrical Safety 439
15.1 Introduction 439
15.2 Hazards and Effects of Electric Current 439
15.3 Electric Shock 440
15.4 Permit to Work System and Qualification and Training 442
15.5 Personnel Protective Equipment and Devices 446
Index 449
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BISAC SUBJECT HEADINGS
TEC009070 : TECHNOLOGY & ENGINEERING / Mechanical
SCI041000 : SCIENCE / Mechanics / General
REF015000 : REFERENCE / Personal & Practical Guides
BIC CODES
TGB: Mechanical engineering
THR: Electrical engineering
TGPQ: Industrial quality control
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