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Unit 1 Basic Theory for Electrical Engineering 1

1.1 Electricity and Electromagnetic 1

1.1.1 What Electricity Is 1

1.1.2 Faraday's Law of Electromagnetic Induction 2

1.1.3 Magnetic Field 3

1.2 Engineering Circuit Analysis 6

1.2.1 Inductance and Capacitance 6

1.2.2 Circuit Analysis 7

1.3 Electronics and Automation 10

1.3.1 Logic Devices 10

1.3.2 Digital Circuits 13

1.3.3 Digital Signal Processing 16

1.4 Microcomputer 19

1.4.1 Single-Chip Microcomputer 19

1.4.2 Microprocessor 20

1.4.3 Microprocessor Applications 22

1.4.4 Computer System Software 24

Unit 2 Electrical Machines 28

2.1 Alternating-Current Machines 28

2.1.1 General 28

2.1.2 Synchronous Generator Principle and Construction Features 29

2.1.3 Synchronous Generator Performance 31

2.1.4 Synchronous Motors 33

2.2 Synchronous Machine Theory and Modeling 35

2.2.1 Physical Description 35

2.2.2 Mathematical Description of a Synchronous Machine 39

2.2.3 Basic Equations of a Synchronous Machine 43

2.2.4 The dq0 Transformation 48

2.3 Induction Motor 52

2.3.1 A General Outline of Induction Machines 52

2.3.2 Induction Motor Action 54

2.3.3 Construction Features of an Induction Motor 55

2.3.4 Running Conditions of an Induction Motor 58

2.4 Transformer 59

2.4.1 Single-phase Transformer Model 59

2.4.2 Equivalent Circuits for Practical Transformers 63

2.4.3 Three-Phase Transformer Connections 67

2.4.4 Per Unit Normalization 70

Unit 3 Power Electronics 74

3.1 Understanding FACTS:Basic Concept and General System Consideration 74

3.1.1 Opportunities for FACTS 74

3.1.2 Basic Types of FACTS Controllers 77

3.1.3 Description and Definitions of FACTS Controllers-shunt Connected Controllers 80

3.1.4 Basic Description and Definitions of FACTS Controllers-series Connected Controllers and Combined Controllers 85

3.1.5 Possible Benefits from FACTS Technology 88

3.2 Power Semiconductor Devices 93

3.2.1 Perspective on Power Devices 93

3.2.2 Integrated Gate-Commutated Thyristor and Insulated Gate Bipolar Thyristor 98

3.3 Static Compensators and Combined Compensators 101

3.3.1 Static Shunt Compensators:SVC and STATCOM 101

3.3.2 Static Series Compensators:Thyristor-Controlled Series Capacitor(TCSC) 103

3.3.3 The Unified Power Flow Controller(UPFC) 108

3.4 High Voltage Direct Current(HVDC)Transmission Systems Technology Review Paper 111

3.4.1 Introduction to HVDC 111

3.4.2 Advances in Technology and the Roles of HVDC 115

3.4.3 Design,Operation,Maintenance and Cost Considerations 119

3.4.4 HVDC Applications 124

Unit 4 Electric Power System 128

4.1 Introduction 128

4.1.1 Evolution of Electric Power Systems 128

4.1.2 Present and Future Trends of Power Systems 130

4.1.3 Structure of the Power System 132

4.1.4 Power System Control 134

4.1.5 Introduction to EHV AC Transmission 138

4.2 Electric Power Generation 140

4.2.1 Introduction 140

4.2.2 Power Station 141

4.2.3 Automatic Generation Control 144

4.2.4 Engineer's Role in Power Generation 147

4.3 Electric Power System Operation 151

4.3.1 Power System Planning 151

4.3.2 Power System Load 153

4.3.3 Reactive Power 155

4.3.4 Power System Monitoring 156

4.3.5 Economic Dispatching 158

4.4 Power System Stability Problem 161

4.4.1 Basic Concepts and Definitions 161

4.4.2 Rotor Angle Stability 162

4.4.3 The Stability Phenomena 164

4.4.4 Mid-Term and Long-Term Stability 165

4.4.5 Origin of Overvoltages and Their Types 166

4.5 Fault and Relaying Protection 168

4.5.1 Faults in Power System 168

4.5.2 Role of Protection in a Power System 169

4.5.3 Some Components of Protection 171

4.5.4 Fundamental Protection Principles 174

Unit 5 Distributed Power Generation 176

5.1 Distributed Generation Versus Traditional Power Systems 176

5.1.1 Distributed Versus Central Station Generation 176

5.1.2 Other Advantages and Disadvantages of DG 178

5.1.3 Power"from the Grid"as a Target for DG 179

5.2 Renewable Resource Distributed Generators 181

5.2.1 Introduction 181

5.2.2 Solar Thermal Power Generation 182

5.2.3 Photovoltaic(PV)Generation 184

5.2.4 Wind-Powered Generation 186

5.2.5 Other Renewable Generation Resources 189

5.3 Energy Storage for Use with Distributed Generation 192

5.3.1 Chemical,Electrical,or Physical Storage Systems for Electrical Energy 192

5.3.2 Battery Storage 193

5.3.3 Superconducting Magnetic Energy Storage(SMES) 195

5.3.4 Capacitor Storage 197

5.3.5 Mechanical Storage:Flywheels 200

5.4 Basic DG Case:Grid Interconnection Options 202

5.4.1 Potential Advantages of Interconnection 202

5.4.2 Potential Disadvantages of Interconnection 204

5.4.3 What Type of DG-Grid Interconnection? 206

5.4.4 Advantages and Disadvantages of DG-Grid Interconnection 207

Unit 6　专业英语的阅读、翻译与写作 210

6.1　专业英语的特点 210

6.2　专业英语中的特殊语法现象 212

6.3　专业英语中的常用句型 215

6.4　专业英语的翻译 222

6.4.1　被动语态的译法 222

6.4.2　倍数、分数和百分数的译法 223

6.4.3　定语从句的译法 223

6.4.4　名词性从句的译法 224

6.4.5　状语从句的译法 225

6.5　专业英语的写作 225

6.5.1　学术论文写作 225

6.5.2　简历 229

6.5.3　商务信函 230

6.5.4　产品技术说明书 232

词汇表 233

常用专业词汇 244

常用国外专业期刊名称 249

参考文献 251