Cyber Infrastructure for the Smart Electric Grid

Name: Cyber Infrastructure for the Smart Electric Grid
Price: 120 USD
Availability: InStock
ISBN: 9781119460756

by Anurag K. Srivastava, Venkatesh Venkataramanan, Carl Hauser

1st Edition

Publisher: Wiley-IEEE Press

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Electrical Engineering

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Book Details

Print ISBN	9781119460756
eText ISBN	9781119460787
Publisher	Wiley-IEEE Press
Publishing Year	2023
Edition	1st Edition
Language	English
Pages	208

Cyber Infrastructure for the Smart Electric Grid, 1st Edition, is a textbook that introduces the fundamental principles governing smart grid operation, control, sensing, and data management. It examines the operational interdependencies required to sense, communicate, compute, and control grid systems securely.

The volume surveys communication network models, utility information technology architectures, and cybersecurity measures specific to modern power grids. It analyzes communication delays, application protocols, and risk mitigation strategies.

Supplied with software modules in executable format for exercises and demonstrations, this work is designed for utility professionals, vendors, national lab researchers, and engineering students.

Chapter 1: Introduction to the Smart Grid
- • 1.1 Overview of the electric power grid
- • 1.2 What can go wrong in power grid operation
- • 1.3 Learning from past events
- • 1.4 Towards a smarter electric grid
- • 1.5 Summary
- • 1.6 Problems
- • 1.7 Questions
Chapter 2: Sense, communicate, compute and control in secure way
- • 2.1 Sensing in smart grid
- • 2.2 Communication infrastructure in smart grid
- • 2.3 Computational infrastructure and control requirements in smart grid
- • 2.4 Cyber security in smart grid
- • 2.5 Summary
- • 2.6 Problems
- • 2.7 Questions
Chapter 3: Smart Grid Operational Structure and Standards
- • 3.1 Organization to ensure system reliability
- • 3.2 Smart grid standards and interoperability
- • 3.3 Operational structure in the rest of the world
- • 3.4 Summary
- • 3.5 Problems
- • 3.6 Questions
Chapter 4: Communication performance and factors that Affect it
- • 4.1 Introduction
- • 4.2 Propagation Delay
- • 4.3 Transmission Delay
- • 4.4 Queuing Delay and Jitter
- • 4.5 Processing Delay
- • 4.6 Delay in Multi-hop networks
- • 4.7 Data Loss and Corruption
- • 4.8 Summary
- • 4.9 Exercises
Chapter 5: Layered communication model
- • 5.1 Introduction
- • 5.2 Physical layer
- • 5.3 Link layer: service models
- • 5.4 Network layer: addressing and routing
- • 5.5 Transport layer: datagram and stream protocols
- • 5.6 Application layer
- • 5.7 Glue protocols: ARP, DNS
- • 5.8 Comparison between OST and TCP/IP models
- • 5.9 Summary
- • 5.10 Problems
- • 5.11 Questions
Chapter 6: Power system application-layer protocols
- • 6.1 Introduction
- • 6.2 SCADA protocols
- • 6.3 ICCP
- • 6.4 C37.118
- • 6.5 Smart metering and distributed energy resources
- • 6.6 Time synchronization
- • 6.7 Summary
- • 6.8 Problems
- • 6.9 Questions
Chapter 7: Utility IT infrastructures for control center and Fault-tolerant computing
- • 7.1 Conventional control centers
- • 7.2 Modern Control Centers
- • 7.3 Future Control Centers
- • 7.4 UML, XML, RDF,and CIM
- • 7.5 Basics of Fault-tolerant computing
- • 7.6 Cloud computing
- • 7.7 Summary
- • 7.8 Problems
- • 7.9 Questions
Chapter 8: Basic security concepts, cryptographic protocols, and access control
- • 8.1 Introduction
- • 8.2 Basic Cybersecurity Concepts and Threats to Power systems
- • 8.3 The CIA Triad and Other Core Security Properties
- • 8.4 Introduction to Encryption and Authentication
- • 8.5 Cryptography in power systems
- • 8.6 Access control
- • 8.7 Summary
- • 8.8 Problems
- • 8.9 Questions
Chapter 9: Network attacks and protection
- • 9.1 Attacks to network communications
- • 9.2 Mitigation mechanisms against network attacks
- • 9.3 Network protection through rewalls
- • 9.4 Intrusion detection
- • 9.5 Summary
- • 9.6 Problems
- • 9.7 Questions
Chapter 10: Vulnerabilities, and Risk Management
- • 10.1 System vulnerabilities
- • 10.2 Security mechanisms: Access control and Malware Detection
- • 10.3 Assurance and Evaluation
- • 10.4 Compliance: Industrial practice to implement NERC CIP
- • 10.5 Summary
- • 10.6 Problems
- • 10.7 Questions
Chapter 11: Smart grid case studies
- • 11.1 Smart Grid Demonstration Projects
- • 11.2 Smart grid metrics
- • 11.3 Smart Grid Challenges: Attack case-studies
- • 11.4 Mitigation using NIST Cybersecurity Framework
- • 11.5 Summary
- • 11.6 Problems
- • 11.7 Questions