Practical Power Plant Engineering. Zark Bedalov
u45b28d9a-f35f-542f-8cee-f16b74f1dbcd">
Table of Contents
1 Cover
5 1 Plant from Design to Commissioning 1.1 Planning 1.2 Project Development 1.3 Precommissioning and Commissioning 1.4 Project Economics Reference Note
6 2 Plant Key One‐Line Diagram 2.1 One‐Line Diagrams 2.2 The Electrical Project 2.3 Site Conditions 2.4 Connection to Power Utility 2.5 Main Plant Substation 2.6 Load Site Placement 2.7 The Key One‐Line Diagram 2.8 Transformer System Grounding 2.9 Transformer Winding Configurations and Phasing 2.10 Standby Power 2.11 Insulation Coordination 2.12 Plant Control System 2.13 Fire Protection Reference Note
7 3 Switching Equipment 3.1 MV Switchgear 3.2 Circuit Breakers 3.3 MV MCC Motor Controllers 3.4 LV Unit Substations 3.5 Motor Control Centers (MCCs) References
8 4 Designing Plant Layout 4.1 Plant Power Distribution Routes 4.2 Underground Installations 4.3 Plant Electrical Rooms 4.4 Plant Design 4.5 Transformer Vault Design 4.6 Plant Control Rooms References
9 5 System Grounding 5.1 Methods of Grounding 5.2 Specific Applications References
10 6 Site and Equipment Grounding 6.1 Requirements 6.2 Ground Potential Rise and Step and Touch Potential 6.3 Computer Study Report 6.4 Below Ground Equipment Grounding 6.5 Above Ground Equipment Grounding 6.6 Telecommunications in HV Substations 6.7 Fence Grounding 6.8 Plant Control System Grounding 6.9 Overhead Line Grounding 6.10 Remote Site Grounding 6.11 Effect of Overhead Ground Wires and Neutral Conductors References
11 7 Plant Lighting 7.1 The Big Picture 7.2 Lighting Design Criteria 7.3 Definitions 7.4 Illumination Level 7.5 Outdoor Building and Road Lighting 7.6 Lighting Hardware 7.7 Lamps Inside the Fixtures References
12 8 DC System, UPS 8.1 Project Requirements 8.2 DC Battery and Chargers 8.3 Battery Chargers 8.4 Ratings 8.5 Uninterruptible Power Supply (UPS)