Aligned with
This conference contributes to global sustainability by aligning its research discussions and academic sessions with key United Nations Sustainable Development Goals. It fosters knowledge exchange, innovation, and collaborative engagement.
This track focuses on the latest developments in phase change materials (PCMs) and their applications in energy storage systems. Researchers are invited to present innovative PCM formulations and their performance in thermal energy storage.
This session aims to explore advanced modeling techniques for predicting the behavior of thermal storage systems utilizing PCMs. Contributions that enhance the understanding of heat transfer processes and phase change dynamics are particularly welcome.
This track highlights real-world applications of PCMs in various industrial settings, showcasing case studies and practical implementations. Participants are encouraged to discuss challenges and solutions encountered in deploying PCMs for thermal management.
This session examines innovative strategies for thermal regulation using phase change materials in building and industrial applications. Papers that address the integration of PCMs into existing systems for enhanced energy efficiency will be featured.
This track focuses on optimization methods for enhancing the performance of PCM-based thermal storage systems. Contributions that present novel algorithms or approaches to improve energy efficiency and storage capacity are encouraged.
This session delves into the fundamental mechanisms of heat absorption in phase change materials during phase transitions. Research that elucidates the thermodynamic properties and kinetics of PCMs will be discussed.
This track explores cutting-edge technologies and innovations in phase change materials aimed at promoting sustainability in energy systems. Papers addressing the lifecycle analysis and environmental impact of advanced PCMs are particularly relevant.
This session focuses on the design and engineering aspects of thermal storage units utilizing phase change materials. Contributions that highlight novel fabrication techniques and materials integration are encouraged.
This track addresses the role of phase change materials in enhancing energy efficiency across various thermal management systems. Researchers are invited to present findings on performance metrics and comparative analyses with traditional methods.
This session investigates the dynamics of solid-liquid phase changes in thermal energy storage applications. Contributions that provide insights into the thermal response and efficiency of PCMs during phase transitions are welcome.
This track aims to highlight emerging trends and future directions in the research and development of phase change materials. Participants are encouraged to share innovative ideas and collaborative opportunities in the field of thermal engineering.