
Power-to-X in Regional Energy Systems
Planning, Operation, Control, and Market Perspectives
- 576 pages
- English
- ePUB (mobile friendly)
- Available on iOS & Android
Power-to-X in Regional Energy Systems
Planning, Operation, Control, and Market Perspectives
About this book
Power-to-X in Regional Energy Systems discusses the role of these technologies in achieving a carbon-neutral economy and the impact on the energy markets, with implications for electricity, gas, hydrogen, and ancillary services. It focuses on the challenges and benefits of implementing PtX technologies in regional-scale applications.
Emphasizing the role of PtX technologies as enablers of sector coupling, the book provides a comprehensive understanding of how these technologies integrate and interact with the industry, transportation, and residential sectors. It describes the significance of PtX, optimal planning, and cost-effective operation of PtX technologies across different sectors and the impact of PtX devices on energy markets. The book considers investing in PtX technologies and contributing to the transition to a sustainable economy.
The book will interest professionals and policymakers working in various energy sectors. Researchers and academics in electrical engineering, power systems, renewable energy, and energy economics will also find the content useful.
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Information
Table of contents
- Cover
- Half Title
- Title
- Copyright
- Contents
- Editors’ Bios
- List of Contributors
- Preface
- Chapter 1 Power-to-X: Pioneering the Future of Sustainable Energy
- Chapter 2 Defining “X,” Solving Global Problems by Local Solutions
- Chapter 3 Power-to-X and the Art of Hybrid Systems
- Chapter 4 A Comprehensive Review on Green Hydrogen, CCSU, and Methane Production Technologies
- Chapter 5 Synergetic Deployment of Power-to-X across Diverse Sectors
- Chapter 6 Exploring the Role of Power-to-X in Energy Hubs
- Chapter 7 Application and Advances in Decision Support Tools for Energy Grid Planning and Operation
- Chapter 8 From Electrons to Solutions: Power-to-X Strategies for Energy Systems Integration
- Chapter 9 Defossilization Dynamics
- Chapter 10 Artificial Intelligence and Renewable Energy Integration in Optimizing Green Hydrogen Production
- Chapter 11 Intelligent Techniques of Demand-Side Management for Economic Flexibility
- Chapter 12 Cybersecurity Challenges in Power-to-X Integration
- Chapter 13 Autonomous Intelligent Power-to-Mobility of Electric Vehicles Using Distributed Multi-Agent ADMM Framework for Grid Ancillary Services
- Chapter 14 Power-to-Gas Integration in Energy Systems
- Chapter 15 Optimization Models for Operation of Power-to-X Technologies
- Chapter 16 Power-to-X for Improved Flexibility in Modern Energy Landscapes
- Chapter 17 Modeling and Control of Grid-Connected Electrolyzer Plants
- Chapter 18 The Power-to-X (PtX) Effect in Ancillary Service Markets: From Opportunities and Challenges toward Future Directions
- Chapter 19 Strategies for Profit Maximization of Power-to-Gas Utilities within Carbon Emission Trading Market
- Chapter 20 Enhancing Energy Market Dynamics through Coordinated Wind–P2G Bidding Strategies
- Chapter 21 PtX–P2P Intersection in Energy Markets: A Sustainable Solution to Future Energy Systems
- Index