Communication and Networking in Smart Grids

Appropriate for researchers, practitioners, and students alike, Communication and Networking in Smart Grids presents state-of-the-art approaches and novel technologies for communication networks in smart grids. It explains how contemporary grid networks are developed and deployed and presents a collection of cutting-edge advances to help improve current practice.

Prominent researchers working on smart grids and in related fields around the world explain the fundamental aspects and applications of smart grids. Describing the role that communication and networking will play in future smart grids, they examine power delivery and the complete range of features and services available through smart grids. The book is divided into two parts: Smart Grids in General and Communications and Networks in Smart Grids. Its comprehensive coverage includes:

• Management of locally generated powers in micro grids
• Multi-perspective service management in virtual power plants
• Distributed algorithms for demand management and grid stability in smart grids
• Electric distribution grid optimizations for plug-in electric vehicles
• Communication technologies, networks, and strategies for practical smart grid deployments—from substations to meters
• Ontology-based resource description and discovery framework for low Carbon grid networks
• QoS in networking for smart grids

Outlining an optimum method for the design of distributed electric power supply and communication networks, the book reports on key ICT system engineering trends for regional energy marketplaces supporting electric mobility. It considers the spectrum of related topics in communication, IT, and security to provide you with the understanding needed to participate in the development, design, and implementation of future smart grid communications and networks.

Table of Contents

PART I: SMART GRIDS IN GENERAL
Chapter 1. Smart Grids
Chapter 2. Distributed Algorithms for Demand Management and Grid Stability in Smart Grids
Chapter 3. Efficient Management of Locally Generated Powers in Microgrids
Chapter 4. An Application of Multiperspective Service Management in Virtual Power Plants
Chapter 5. Electric Distribution Grid Optimizations for Plug-In Electric Vehicles
Chapter 6. Ontology-Based Resource Description and Discovery Framework for Low-Carbon Grid Networks

PART II: COMMUNICATIONS AND NETWORKS IN SMART GRIDS
Chapter 7. An Optimum Method to Design Distributed Electric Power Supply and Communication Networks
Chapter 8. A Smart Grid Testbed: Design and Validation
Chapter 9. Deterministic Ethernet Synchronism with IEEE 1588 Base System for Synchrophasor in Smart Grid and Integration in IEC 61850 Standard
Chapter 10. Quality of Service in Networking for Smart Grid
Chapter 11. Communication Technologies, Networks, and Strategies for Practical Smart Grid Deployments: From Substations to Meters
Chapter 12. Study on ICT System Engineering Trends for Regional Energy Marketplaces Supporting Electric Mobility