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6 books on Smart Grid [PDF]
November 12, 2024 | 27 |
These books are covering smart grid technologies, demand response systems, renewable energy integration, energy storage solutions, grid security and resilience, advanced metering infrastructure and the role of data analytics in grid management.
1. Blockchain-Based Smart Grids
2020 by Miadreza Shafie-khah
"Blockchain-Based Smart Grids" explores the evolving utilization of blockchain technology in electrical systems, offering insights into its current applications and future prospects within the energy market. With the rapid expansion of renewable energy sources and advancements in telecommunications, new market paradigms are necessary to accommodate the unpredictability and decentralized nature of electricity generation. This book delves into the intersection of blockchain and grid modernization, examining the transformative shift in transactions within smart grids from centralized to peer-to-peer models. It also highlights the effective implementation of these models to streamline processes, ultimately fostering greater flexibility in electricity systems. Geared towards advancing blockchain-based smart grids with a focus on renewable energy applications, this resource is invaluable for researchers and practitioners across various sectors of smart grids, including renewable energy providers, manufacturers, and professionals engaged in renewable energy generation, grid modernization, and smart grid applications.
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2. Smart Grids: Infrastructure, Technology, and Solutions
2017 by Stuart Borlase
Smart Grids: Infrastructure, Technology, and Solutions seeks to unravel the intricacies of the smart grid phenomenon that has garnered significant attention in the electric utility sector. In this comprehensive volume, readers will gain valuable insights into the driving forces and foundational components of this transformative concept. Drawing upon the collective knowledge of a diverse group of experts and industry leaders, the book illuminates the rationale behind the evolution in the electric utility industry. It delves into the business imperatives, advantages, and the market landscape surrounding the smart grid initiative. The technical framework, encompassing enabling technologies and innovative solutions, is explored in detail. Additionally, the role of technological advancements and the establishment of coordinated standards in the smart grid ecosystem are examined, along with the contributions of various initiatives and organizations dedicated to advancing this cause. The book provides a comprehensive view of both current technologies and forward-thinking concepts, shedding light on emerging technologies. It also evaluates the obstacles and crucial factors essential for the successful realization of the smart grid from the perspectives of utilities, regulators, and consumers. Furthermore, it summarizes recent global initiatives in the realm of smart grids and offers insights into the driving forces and technological advancements shaping the future of the next-generation smart grid. Ultimately, the smart grid is characterized not by its composition but by its achievements and the benefits it offers to utilities, consumers, society, and the environment. As it navigates the present landscape and anticipates forthcoming challenges, this book provides a holistic perspective on how the smart grid blends twenty-first-century technology with the infrastructure of the twentieth-century power grid.
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3. Smart Grids – Fundamentals and Technologies in Electricity Networks
2014 by Bernd M. Buchholz, Zbigniew Styczynski
The efficient transmission and distribution of electricity are vital prerequisites for sustainable progress and economic well-being. As we confront the substantial challenges associated with the reliable integration of renewable energy sources into our electrical grids in the 21st century, it becomes evident that transformative innovations are essential. The European Union's vision of the "Smart Grid" offers an initial glimpse into the profound paradigm shifts required in electricity transmission, distribution, and supply. This book delves into shared themes, beginning with Smart Grid concepts and the characteristics of contemporary power generation, emphasizing renewable sources and high-efficiency generation techniques. It explores advanced technologies currently employed in transmission and distribution networks and offers inventive solutions for maintaining the high power quality demanded, even amidst the complexities of integrating substantial portions of volatile renewable energy sources into the annual energy mix. Alongside discussions of novel primary and secondary technological solutions and control mechanisms for these networks, the book addresses the potential market dynamics that can benefit both network operators and users. It examines the expanding role of information and communication technologies and underscores the significance of new standards, providing an in-depth exploration of ongoing international efforts to establish a coherent set of standards. The book culminates in the presentation of international experiences in the practical implementation of innovative Smart Grid solutions in network operations, drawing from the extensive experience of the authors who have dedicated years to developing and introducing Smart Grid solutions in national and international projects.
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4. Smart Grid: Communication-Enabled Intelligence for the Electric Power Grid
2014 by Stephen F. Bush
This book serves as a vital bridge between the realms of power systems engineering and computer communication, introducing the emerging domain of power system information theory. Authored by a seasoned expert in the field, the book provides comprehensive insights into the smart grid, spanning its journey from generation to consumption, and offering a glimpse into its envisioned future. It discerns the unique characteristics that set the smart grid apart from the traditional power grid of the past century. Additionally, the author imparts foundational knowledge in both power systems and communication networking, elucidating the intricacies and operational demands of the evolving smart grid for communication networking engineers, while simultaneously illustrating the complexities and operational requisites of communications for power systems engineers. The book is structured into three distinct parts: Part One lays the groundwork by elucidating the essential functioning of the electric power grid. Part Two delves into the realm of communications and networking, pivotal components that underpin the smart grid, and speculates on their evolution as technology advances. This groundwork paves the way for Part Three, which explores the integration of communication within the power grid, drawing from the embedded intelligence within the grid and current research, and anticipates the incorporation of computational intelligence within the smart grid. Each part is further divided into chapters, each concluding with a set of questions designed to facilitate readers' comprehension of the material covered in that chapter. Noteworthy features include the book's role in bridging the knowledge gap between power systems and communications experts, its comprehensive coverage of the smart grid's trajectory, and its exploration of power systems, communications, and machine learning, all of which collectively contribute to shaping the smart grid.
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5. Smart Grid: Technology and Applications
2012 by Janaka B. Ekanayake, Nick Jenkins, Kithsiri M. Liyanage, Jianzhong Wu, Akihiko Yokoyama
The global electric power landscape is undergoing a profound transformation driven by imperatives such as decarbonization, infrastructure modernization, and the integration of cutting-edge information and communication technologies (ICT). At the forefront of this paradigm shift is the Smart Grid, a visionary concept that harnesses advanced ICT to ensure the reliable and efficient operation of the next-generation power systems. "Smart Grid: Technology and Applications" serves as a definitive guide that underscores the pivotal role of the Smart Grid while showcasing how ICT will extend its influence beyond transmission voltages, encompassing distribution networks and even customer-level operations facilitated by Smart Meters and Smart Homes. With a clear and accessible approach, this authoritative resource demystifies the evolving Smart Grid concept through a wealth of illustrations and practical examples. It comprehensively outlines the array of essential enabling technologies required for realizing the Smart Grid vision, providing readers with insightful worked examples to illustrate their real-world applications. This book empowers individuals to actively engage with the ongoing development of the power system and participate in the discourse surrounding the future of the Smart Grid. Designed to introduce core topics from the ground up, the book assumes only a fundamental knowledge of mathematics, circuits, and power systems, making it accessible to a wide audience. Drawing upon the expertise of a highly experienced and internationally diverse author team hailing from the UK, Sri Lanka, China, and Japan, this resource is invaluable for electrical, electronics, and computer engineering researchers, practitioners, and consultants engaged in interdisciplinary Smart Grid research and development. Additionally, it offers significant value to final year undergraduate and master's students, aligning with the evolving educational focus on the comprehensive array of technologies that contribute to the realization of the Smart Grid.
Download PDF
6. Smart Grid: Fundamentals of Design and Analysis
2012 by James A. Momoh
This book serves as an essential primer, offering a comprehensive introduction to the fundamentals of the smart grid. It not only provides a clear definition of what constitutes a smart grid but also delves into its functions, design criteria, and the indispensable tools, techniques, and technologies required for its development. Designed to be a practical guide, it offers valuable insights for the design, analysis, and advancement of the smart grid. The book encompasses all critical aspects necessary for enhancing the performance and capabilities of power systems. What sets it apart is its focus on the practical aspects of design and analysis, a unique feature not found in comparable literature. Readers will gain a deep understanding of the motivations driving smart grid development, a clear working definition of the concept, and a comprehensive toolkit for analysis and development. The book also addresses the vital standards and requirements governing the design of new devices, systems, and products. Automation and computational techniques are explored in detail, ensuring that the smart grid can adapt, anticipate, and effectively manage new systems and components. Furthermore, the book examines the interoperability of various renewable energy sources, aiming to minimize disruptions to existing legacy systems. It comprehensively assesses diverse options in computational intelligence, communication technology, and decision support systems for designing various aspects of the smart grid. Additionally, the book presents strategies for demonstrating smart grid solutions in real-world scenarios, offering practical insights for tackling selected challenges.
Download PDF
How to download PDF:
1. Install Google Books Downloader
2. Enter Book ID to the search box and press Enter
3. Click "Download Book" icon and select PDF*
* - note that for yellow books only preview pages are downloaded
1. Blockchain-Based Smart Grids
2020 by Miadreza Shafie-khah
"Blockchain-Based Smart Grids" explores the evolving utilization of blockchain technology in electrical systems, offering insights into its current applications and future prospects within the energy market. With the rapid expansion of renewable energy sources and advancements in telecommunications, new market paradigms are necessary to accommodate the unpredictability and decentralized nature of electricity generation. This book delves into the intersection of blockchain and grid modernization, examining the transformative shift in transactions within smart grids from centralized to peer-to-peer models. It also highlights the effective implementation of these models to streamline processes, ultimately fostering greater flexibility in electricity systems. Geared towards advancing blockchain-based smart grids with a focus on renewable energy applications, this resource is invaluable for researchers and practitioners across various sectors of smart grids, including renewable energy providers, manufacturers, and professionals engaged in renewable energy generation, grid modernization, and smart grid applications.
Download PDF
2. Smart Grids: Infrastructure, Technology, and Solutions
2017 by Stuart Borlase
Smart Grids: Infrastructure, Technology, and Solutions seeks to unravel the intricacies of the smart grid phenomenon that has garnered significant attention in the electric utility sector. In this comprehensive volume, readers will gain valuable insights into the driving forces and foundational components of this transformative concept. Drawing upon the collective knowledge of a diverse group of experts and industry leaders, the book illuminates the rationale behind the evolution in the electric utility industry. It delves into the business imperatives, advantages, and the market landscape surrounding the smart grid initiative. The technical framework, encompassing enabling technologies and innovative solutions, is explored in detail. Additionally, the role of technological advancements and the establishment of coordinated standards in the smart grid ecosystem are examined, along with the contributions of various initiatives and organizations dedicated to advancing this cause. The book provides a comprehensive view of both current technologies and forward-thinking concepts, shedding light on emerging technologies. It also evaluates the obstacles and crucial factors essential for the successful realization of the smart grid from the perspectives of utilities, regulators, and consumers. Furthermore, it summarizes recent global initiatives in the realm of smart grids and offers insights into the driving forces and technological advancements shaping the future of the next-generation smart grid. Ultimately, the smart grid is characterized not by its composition but by its achievements and the benefits it offers to utilities, consumers, society, and the environment. As it navigates the present landscape and anticipates forthcoming challenges, this book provides a holistic perspective on how the smart grid blends twenty-first-century technology with the infrastructure of the twentieth-century power grid.
Download PDF
3. Smart Grids – Fundamentals and Technologies in Electricity Networks
2014 by Bernd M. Buchholz, Zbigniew Styczynski
The efficient transmission and distribution of electricity are vital prerequisites for sustainable progress and economic well-being. As we confront the substantial challenges associated with the reliable integration of renewable energy sources into our electrical grids in the 21st century, it becomes evident that transformative innovations are essential. The European Union's vision of the "Smart Grid" offers an initial glimpse into the profound paradigm shifts required in electricity transmission, distribution, and supply. This book delves into shared themes, beginning with Smart Grid concepts and the characteristics of contemporary power generation, emphasizing renewable sources and high-efficiency generation techniques. It explores advanced technologies currently employed in transmission and distribution networks and offers inventive solutions for maintaining the high power quality demanded, even amidst the complexities of integrating substantial portions of volatile renewable energy sources into the annual energy mix. Alongside discussions of novel primary and secondary technological solutions and control mechanisms for these networks, the book addresses the potential market dynamics that can benefit both network operators and users. It examines the expanding role of information and communication technologies and underscores the significance of new standards, providing an in-depth exploration of ongoing international efforts to establish a coherent set of standards. The book culminates in the presentation of international experiences in the practical implementation of innovative Smart Grid solutions in network operations, drawing from the extensive experience of the authors who have dedicated years to developing and introducing Smart Grid solutions in national and international projects.
Download PDF
4. Smart Grid: Communication-Enabled Intelligence for the Electric Power Grid
2014 by Stephen F. Bush
This book serves as a vital bridge between the realms of power systems engineering and computer communication, introducing the emerging domain of power system information theory. Authored by a seasoned expert in the field, the book provides comprehensive insights into the smart grid, spanning its journey from generation to consumption, and offering a glimpse into its envisioned future. It discerns the unique characteristics that set the smart grid apart from the traditional power grid of the past century. Additionally, the author imparts foundational knowledge in both power systems and communication networking, elucidating the intricacies and operational demands of the evolving smart grid for communication networking engineers, while simultaneously illustrating the complexities and operational requisites of communications for power systems engineers. The book is structured into three distinct parts: Part One lays the groundwork by elucidating the essential functioning of the electric power grid. Part Two delves into the realm of communications and networking, pivotal components that underpin the smart grid, and speculates on their evolution as technology advances. This groundwork paves the way for Part Three, which explores the integration of communication within the power grid, drawing from the embedded intelligence within the grid and current research, and anticipates the incorporation of computational intelligence within the smart grid. Each part is further divided into chapters, each concluding with a set of questions designed to facilitate readers' comprehension of the material covered in that chapter. Noteworthy features include the book's role in bridging the knowledge gap between power systems and communications experts, its comprehensive coverage of the smart grid's trajectory, and its exploration of power systems, communications, and machine learning, all of which collectively contribute to shaping the smart grid.
Download PDF
5. Smart Grid: Technology and Applications
2012 by Janaka B. Ekanayake, Nick Jenkins, Kithsiri M. Liyanage, Jianzhong Wu, Akihiko Yokoyama
The global electric power landscape is undergoing a profound transformation driven by imperatives such as decarbonization, infrastructure modernization, and the integration of cutting-edge information and communication technologies (ICT). At the forefront of this paradigm shift is the Smart Grid, a visionary concept that harnesses advanced ICT to ensure the reliable and efficient operation of the next-generation power systems. "Smart Grid: Technology and Applications" serves as a definitive guide that underscores the pivotal role of the Smart Grid while showcasing how ICT will extend its influence beyond transmission voltages, encompassing distribution networks and even customer-level operations facilitated by Smart Meters and Smart Homes. With a clear and accessible approach, this authoritative resource demystifies the evolving Smart Grid concept through a wealth of illustrations and practical examples. It comprehensively outlines the array of essential enabling technologies required for realizing the Smart Grid vision, providing readers with insightful worked examples to illustrate their real-world applications. This book empowers individuals to actively engage with the ongoing development of the power system and participate in the discourse surrounding the future of the Smart Grid. Designed to introduce core topics from the ground up, the book assumes only a fundamental knowledge of mathematics, circuits, and power systems, making it accessible to a wide audience. Drawing upon the expertise of a highly experienced and internationally diverse author team hailing from the UK, Sri Lanka, China, and Japan, this resource is invaluable for electrical, electronics, and computer engineering researchers, practitioners, and consultants engaged in interdisciplinary Smart Grid research and development. Additionally, it offers significant value to final year undergraduate and master's students, aligning with the evolving educational focus on the comprehensive array of technologies that contribute to the realization of the Smart Grid.
Download PDF
6. Smart Grid: Fundamentals of Design and Analysis
2012 by James A. Momoh
This book serves as an essential primer, offering a comprehensive introduction to the fundamentals of the smart grid. It not only provides a clear definition of what constitutes a smart grid but also delves into its functions, design criteria, and the indispensable tools, techniques, and technologies required for its development. Designed to be a practical guide, it offers valuable insights for the design, analysis, and advancement of the smart grid. The book encompasses all critical aspects necessary for enhancing the performance and capabilities of power systems. What sets it apart is its focus on the practical aspects of design and analysis, a unique feature not found in comparable literature. Readers will gain a deep understanding of the motivations driving smart grid development, a clear working definition of the concept, and a comprehensive toolkit for analysis and development. The book also addresses the vital standards and requirements governing the design of new devices, systems, and products. Automation and computational techniques are explored in detail, ensuring that the smart grid can adapt, anticipate, and effectively manage new systems and components. Furthermore, the book examines the interoperability of various renewable energy sources, aiming to minimize disruptions to existing legacy systems. It comprehensively assesses diverse options in computational intelligence, communication technology, and decision support systems for designing various aspects of the smart grid. Additionally, the book presents strategies for demonstrating smart grid solutions in real-world scenarios, offering practical insights for tackling selected challenges.
Download PDF
How to download PDF:
1. Install Google Books Downloader
2. Enter Book ID to the search box and press Enter
3. Click "Download Book" icon and select PDF*
* - note that for yellow books only preview pages are downloaded
