Читать книгу Practical Power Plant Engineering - Zark Bedalov - Страница 38

  2.1 One‐Line Diagrams 2.1.1 What Is the One‐Line Diagram, or Single‐Line Diagram?

  2.2 The Electrical Project

  2.3 Site Conditions 2.3.1 Source of Power 2.3.2 Ambient Derating Factors 2.3.3 Reliability Criteria

  2.4 Connection to Power Utility 2.4.1 Source Impedance 2.4.2 Line Conductor 2.4.3 HV Circuit Breaker Fault Interrupting 2.4.4 Double or Single Incomer Connection 2.4.5 Utility Generating Capacity 2.4.6 Firm Capacity 2.4.7 Line Protection 2.4.8 Lightning

  2.5 Main Plant Substation

  2.6 Load Site Placement 2.6.1 Crushing 2.6.2 Grinding and Conveying

  2.7 The Key One‐Line Diagram 2.7.1 Load Investigation 2.7.2 Connected Load – Operating Load 2.7.3 Voltage Level Selection 2.7.4 Switchgear Breaker Ratings 2.7.5 Single Incomer Substation for a Small Plant 2.7.6 13.8 or 33 kV Switchgear for a Larger Plant 2.7.7 Transformer Connections: Cable, Cable Bus, or Bus Duct? 2.7.8 Medium Voltage Switchgear and Controllers (4.16 kV) 2.7.9 Low Voltage Service Voltage 2.7.10 Bus Tie Breaker Switching 2.7.11 Plant Transformation 2.7.12 Voltage Regulation 2.7.13 Overhead Distribution Lines

  2.8 Transformer System Grounding 2.8.1 Transmission Level 2.8.2 MV Systems 2.8.3 LV Systems 2.8.4 Generator Neutrals

  2.9 Transformer Winding Configurations and Phasing

  2.10 Standby Power

  2.11 Insulation Coordination 2.11.1 Substation Shielding

  2.12 Plant Control System

  2.13 Fire Protection

  Reference