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Optimizing Markets for Energy Stability collates the latest cutting-edge econometric technologies for energy markets built to support global energy transition. This book takes an integrated, international approach, dedicating chapters to flexible frameworks for both policy and market design across a range of countries. Utilization of the accelerating technological developments across renewable energy sources, distributed resource penetration, energy storage, and peer-to-peer platforms is broken down clearly. Market strategies for supporting global energy stability are provided and placed in context, from demand response and risk mitigation to techno-economic modelling and optimization. Featuring a range of contributors with a truly global geographical perspective,
Optimizing Markets for Energy Stability is an indispensable modern reference for any academic, student, or researcher investigating the energy markets of the future.
List of contents
1. Introduction
2. Market design and regulatory frameworks for energy stability
3. Integration of renewable energy sources into existing markets
4. Demand response and dynamic pricing mechanisms
5. Risk management and mitigation strategies for energy markets
6. Energy storage technologies and their impact on market stability
7. Market mechanisms for grid resilience and reliability
8. Techno-economic modelling and optimization of energy markets
9. Decentralized energy markets and peer-to-peer trading platforms
10. Policy and governance frameworks for market stability and efficiency
11. Behavioural aspects and consumer engagement in energy markets
12. Conclusion
