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Full Description
Power Line Communication (PLC) is a well-established technology that allows the transmission of data through electrical wires. A key advantage of PLC is its low cost of deployment when the electrical wiring infrastructure already exists, enabling it to compete or work in conjunction with wireless technologies. PLC has recently received growing attention and significant investments within the development of the Smart Grid (SG), that in turn requires sophisticated data exchange and communication.
This book presents a comprehensive introduction to the principals involved in the use of narrowband and broadband PLC technologies in the SG, and to using these technologies particularly when intermittent renewable energies sources are employed. Chapters cover fundamental concepts of modern digital communications, the main coding techniques, specific characteristics of the PLC channels, the fundamentals of the SG, and the differences between the narrowband and broadband technologies for SG applications. The work covers the main standards and several related state-of-the-art works, as well as some key aspects of the use of renewable energy sources.
Power Line Communication Systems for Smart Grids is essential reading for researchers, professionals and graduate students involved with the study and development of PLC systems, SG and related subjects.
Contents
Chapter 1: Introduction
Chapter 2: Fundamentals of digital communications
Chapter 3: Basis of error correction coding
Chapter 4: Principles of orthogonal frequency division multiplexing and single carrier frequency domain equalisation
Chapter 5: Modern power line communication technologies
Chapter 6: Power line communication channel models
Chapter 7: Narrowband power line communication systems
Chapter 8: Broadband power line communication systems
Chapter 9: Power line communications for smart grids applications
Chapter 10: An overview of quad-generation system for smart grid using PLC
Chapter 11: Demand side management through PLC: concepts and challenges
Chapter 12: PLC for monitoring and control of distributed generators in smart grids
Chapter 13: Performance evaluation of PRIME PLC modems over distribution transformers in Indian context
Chapter 14: Analysis of hybrid communication for smart grids
Chapter 15: Direct torque control for DFIG based wind turbines employing power line communication technology in smart grid environments
Chapter 16: MIMO systems design for narrowband power line communication in smart distribution grids
