Power System Commissioning and Maintenance Practice

by Keith Harker

Overview

Power system reliability and security is highly dependent on the practices employed in both the commissioning and maintenance processes. Both must be to a high standard to ensure that equipment does not enter service with latent deficiencies. This demands engineers who understand the necessary management involved as well as the technical processes. There is very little literature currently available on the subject; a situation which this book seeks to redress.

The subject matter covers high voltage plant and the associated protection and control systems and, although it is essentially targeted at the practicalities of commissioning and maintenance, it also incorporates the underpinning technical theory and design considerations. It is aimed primarily at those who are at the outset of their career in electrical engineering, but additionally provides a thorough reference for more experienced engineers.

Product Details

ISBN-13:	9780852969090
Publisher:	The Institution of Engineering and Technology
Publication date:	06/30/1997
Series:	Energy Engineering
Pages:	520
Product dimensions:	6.14(w) x 9.21(h) x (d)

About the Author

Keith Harker has spent the whole of his career in the British electrical supply industry. Early appointments were concerned with on-site commissioning and maintenance - spanning distribution, transmission and generation. In recent years he has held senior positions in transmission substation design in both the project management and engineering arms of the National Grid Company, with specific responsibility for commissioning management and associated technical processes.

Table of Contents

• Chapter 1: Commissioning management
• Chapter 2: Maintenance and fault investigations
• Chapter 3: Power-system theory
• Chapter 4: Circuit breakers
• Chapter 5: The power transformer
• Chapter 6: Tap change and automatic voltage control
• Chapter 7: High-voltage pressure tests
• Chapter 8: Underground cables and overhead lines
• Chapter 9: Substation power supplies
• Chapter 10: Current and voltage transformers
• Chapter 11: Switchgear control systems
• Chapter 12: Protection and control: general
• Chapter 13: Overcurrent and earth-fault protection
• Chapter 14: Distance protection
• Chapter 15: Unit protection of feeders
• Chapter 16: Unit protection of substation plant
• Chapter 17: Generator protection
• Chapter 18: Intertripping
• Chapter 19: On-load tests