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Flexibility-Oriented Operation of Integrated Power and Gas Networks and Low-Carbon Technologies Under Clean Energy Transition delivers an in-depth analysis of how interconnected gas and electricity networks are pivotal in steering society toward a sustainable, low-carbon future. The book underscores the necessity for greater flexibility within these complex systems, emphasizing the importance of demand-side management and advanced energy storage solutions. With the global push to move away from fossil fuels and tackle climate change, it provides timely insights into innovative technologies-such as hydrogen and ammonia-that offer promising alternatives, while exploring the challenges in synthesizing, storing, and transporting these renewable fuels.
The book also details operational strategies for achieving net-zero emissions and introduces intelligent methods for assessing adaptability in energy networks. It offers a conceptual overview of integrated system decarbonization, discusses the integration of artificial intelligence, and examines the decoupling of emissions from economic growth. Highlighting negative emission technologies and solutions like carbon capture and hydrogen production, the book also features global case studies, making it a valuable reference for researchers, engineers, policymakers, and students interested in clean energy transition and innovative energy solutions.
List of contents
1. Flexibility for the coupled structure of gas and electricity networks
2. Operational and optimization strategies for net-zero carbon gas and electricity networks
3. Intelligent-oriented methods to assess and improve the flexibility of integrated power and gas networks
4. A conceptual introduction and review of the decarbonization of integrated energy networks
5. Investigation and feasibility of using artificial intelligence (AI) in decarbonization of integrated gas and electricity networks
6. Decoupling of emissions, economic growth, and solutions for carbon neutrality in coupled gas and electricity networks
7. Applicability of negative emission technologies (NETs): Challenges and their contribution to low-carbon gas and electricity networks
8. Net-zero energy supply, oxy-turbine power cycles, gas carbon capture and storage (CCS), and hydrogen production technologies
9. Transactive energy: How decentralized renewable energy can support decarbonization of integrated energy structure: A case study
10. Hydrogen interactions in the decarbonization of the power and gas coupled infrastructure: Real-world case studies
11. Role and value of compressor station in facilitating cost-effective energy system decarbonization: A case study
