Green Innovation Ecosystem and Energy Resilience in China | A Dynamic QCA Research Study

 

1. Introduction

This research investigates how China’s green innovation ecosystem contributes to enhancing energy resilience under complex and evolving conditions. By integrating innovation capacity, policy coordination, and sustainable infrastructure, the study provides a holistic understanding of resilience-building mechanisms using a dynamic qualitative comparative framework.

2. Conceptual Framework of Green Innovation Ecosystems

This topic explains the structure and functioning of green innovation ecosystems, emphasizing the role of institutions, firms, research organizations, and governance mechanisms in supporting sustainable energy development and long-term resilience.

3. Energy Resilience in the Context of China

This section analyzes energy resilience as a strategic objective in China, focusing on diversification, technological self-reliance, and systemic adaptability to environmental, economic, and geopolitical uncertainties.

4. Application of Dynamic Qualitative Comparative Analysis

This topic discusses the methodological significance of Dynamic QCA, highlighting how configurational analysis captures evolving causal pathways and interdependencies influencing energy resilience outcomes.

5. Key Research Findings and Configurational Pathways

The findings reveal multiple pathways through which innovation investment, regulatory support, and industrial synergy jointly enhance energy resilience, offering nuanced insights beyond linear analytical models.

6. Research Implications and Future Directions

This section outlines academic and policy implications, emphasizing the importance of adaptive innovation strategies and future research opportunities in comparative energy resilience and sustainability studies.
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