Preface

The 2025 International Conference on Renewable Energy and Energy Conservation (REEC 2025) marked a significant milestone in the global discourse on sustainable energy solutions. Held in-person from March 7-9, 2025, in the vibrant city of Xinyu, Jiangxi, China, the conference brought together researchers, engineers, policymakers, and industry leaders to exchange cutting-edge ideas and innovations. Against the backdrop of accelerating climate change and the urgent need for energy transition, REEC 2025 served as a dynamic platform to explore interdisciplinary advancements in renewable energy technologies, energy conservation strategies, and their integration into modern infrastructure. The event was hosted by the Jiangxi New Energy Technology Institute, China. The conference agenda was meticulously designed to foster knowledge sharing and collaboration. The Opening Ceremony set the tone with inspiring remarks on the global energy landscape, followed by a series of keynote speeches delivered by eminent scholars. Prof. Qinmin Yang (Zhejiang University) elucidated the frontiers of intelligent control systems for wind turbines, bridging theory and practical implementation. Prof. Wei Xu (Chinese Academy of Sciences) unveiled breakthroughs in linear oscillatory machines, highlighting their potential for high-efficiency energy conversion. Prof. Zhipeng Wang (Jiangxi Normal University) captivated the audience with his insights into vertical graphene’s role in supercapacitor technology, while Prof. Pin Jern Ker (Sunway University) provided a comprehensive overview of hybrid energy storage systems for microgrids. Closing the keynote sessions, Prof. Raffaele Carli (Polytechnic University of Bari) presented innovative decision-making frameworks for agro-voltaic systems, emphasizing their socio-economic impact on rural communities. These talks not only deepened theoretical understanding but also sparked discussions on scalable real-world applications. The oral presentation sessions further enriched the conference, featuring rigorously peer-reviewed research across four thematic tracks: Solar and Wind Energy Technologies, Energy Storage and Grid Integration, Policy and Economics of Renewable Energy, and Emerging Materials for Energy Applications. Presentations delved into topics such as hybrid energy systems, AI-driven energy management, and socio-technical barriers to adoption. The interactive Q&A sessions fostered lively debates, reflecting the conference’s commitment to collaborative problem-solving. The Closing Ceremony celebrated these contributions and reiterated the collective responsibility to translate research into actionable solutions. List of Committee Member are available in this PDF.