ISBN: Ostalo
Godina izdanja: 1968
Oblast: Energetika
Jezik: Engleski
Autor: Strani

64072) INDUSTRIAL POWER SUPPLY , A. Fyodorov , Higher school publishing house Moscow 1968 ,
Contents :
Foreword.
Introduction
Chapter One. General

1-1. Classification and Main Characteristies of Utilisation Equipment
1-2. Typical Industrial Utilisation Equipment
1-3. Characteristic Features of Power Supply

..

1-4. Reliability (Continuity) of Power Supply

Chapter Two. Electrie Loads

2-1. Industrial Load Curves
2.2. Main Definitions and Notations.
2-3. Determination of Symmetrical Loads
2-4. Determination of Asymmetrical Loads

Chapter Three. Distribution of Electric Energy at Voltages up to 1,000 Volts

3-1. Shop Circuits of up to 1,000 Volts
3-2. Combined Supply of Lighting and Power Loads
3-3. Choice of Voltage
3-4. Construction of Low-Voltage Circuits
3-5. Protection of Low-Voltage Circuits
3-6. Control and Protection Equipment
3-7. Switchgear for up to 1,000 Volts
3-8. Size Selection for Wires, Cables and Busbars for Power Consumers
3-9. Lighting Circuits
3-10. Lighting System Calculations
3-11. Protection of Lighting Systems.

Chapter Four. High-Voltage Power Distribution

4-1. General
4-2. The Subtransmission System
4-3. Primary Supply System of Industrial Establishment
4-4. Selection of Voltage.
4-5. Selection of Cable and Wire Sizes
4-6. High-Voltage Busways
4-7. Structural Design of High-Voltage Circuits.
4-8. Cable Fault Location

Chapter Five. Industrial Substations and Distribution Centres

5-1. Purpose and Classification of Substations
5-2. Capacity and Number of Transformers
5-3. Arrangements of Substation Primary Distribution Circuits
5-4. Instrumentation
5-5. Energy Metering
5-6. Constructional Features of Industrial Substations.
5-7. Substation Control Boards
5-8. Insulation Testing of Substation Equipment

Chapter Six. Power Factor Improvement and Reduction of Power Consumption

6-1. General
6-2. Basic Definitions
6-3. Methods for Power Factor Improvement
6-4. Power Factor Corrective Equipment
6-5. Selection of Corrective Equipment
6-6. Operation of Corrective Devices

6-7. Design of Corrective Plant (Static Condensers)
6-8. General
6-9. Cutting Down Waste of Power in Transformers
6-10. Cutting Down Waste of Power in Lines
6-11. Cutting Down Waste of Power in Buses
6-12. Reduction of Power Losses by Employment of Higher Voltages
6-13. Power Balance Sheet of Industrial Establishment and Reduction of Power Consumption

Chapter Seven. Relay and Fuse Protection in Industrial Power Supply Systems

7-1. General
7-2. Sources of Control Power
7-3. Current Transformer Connections in Relay Protective Circuits
7-4. Protection of Generators.
7-5. Protection of Power Transformers
7-6. Protection of Synchronous and Induction Motors
7-7. Protection of Capacitors.
7-8. Protection of Overhead and Cable Lines for 6 to 35 kV

Chapter Eight. Automatic Control in Industrial Power Supply Systems

8-1. Purpose
8-2. Automatic Circuit Reclosers.
8-3. Automatic Throw-Over (AT)
8-4. Automatic Frequency-Sensitive Load-Shedding
8-5. Self-Synchronising of Generators 8-6. Self-Restarting of Synchronous and Induction Motors
8-7. Automatic Capacity Control of 6-10-kV Capacitor Banks

Chapter Nine. Supervisory Control in Industrial Power Supply Systems

9-1. General
9-2. Types and Means of Supervisory Control
9.3. Scope of Supervisory Control in Industrial Power Supply Systems
9.4. Communication and Control Circuits for Supervisory Control Systems
9-5. Central Control Room
9.6. Selection and Arrangement of Supervisory Control Facilities
9-7. Sources of Control Power for Supervisory Control Systems
Appendix.
good condition , hard cover, size 15 x 21,5 cm , 438 pages ,