Global Risks and Energy System Resilience

Global Risks and Energy System Resilience offers an in-depth analysis of how global risks intersect with the robustness of modern energy systems. The book delivers a detailed exploration of the geopolitical, economic, and financial dynamics that influence energy security, presenting a clear framework for understanding and addressing these complex challenges. Through a logical approach of indicator measurement-impact assessment-scenario prediction, the book guides readers from the current landscape of risks and resilience, through the measurement and evaluation of these factors, to a nuanced understanding of their evolution across time and space.

Going further, the book examines the theoretical transmission mechanisms by which various risks affect energy system resilience, supported by both literature and econometric modeling. It highlights the role of digital transformation in shaping resilience, identifies key influencing factors, and forecasts future developments in the field. This resource is indispensable for researchers, policymakers, and professionals seeking to develop effective strategies for energy security and risk mitigation, bridging theory and practice to navigate today's rapidly changing energy environment.

• Analyzes the intricate interplay between geopolitical, economic, and financial risks and their impact on global energy system resilience, providing a multifaceted understanding of contemporary challenges
• Evaluates the current state of energy system resilience using bibliometric methods to contextualize research progress and identify gaps in existing literature
• Quantifies the effects of specific risks on energy resilience using advanced econometric models, offering actionable insights and empirical findings that inform policy and strategic decision-making
• Explores the future trends of energy system resilience through predictive scenario analysis, equipping readers with tools to anticipate and mitigate emerging risks in an increasingly uncertain global environment
• Identifies key driving factors of energy resilience and their spatial differentiation, enabling stakeholders to tailor strategies that enhance energy security and stability in their respective regions