Towards sustainable electrochemical energy storage technology

该项目旨在通过设计新的电极材料，利用先进的现场和非现场仪器技术，结合现代计算模拟方法，解决使用钠离子电容器的电化学储能技术的基本问题。该项目将导致对钠离子电容器中电荷存储机制和传输动力学的全面了解，为开发可持续的电化学能量存储技术提供指导。该项目预计将产生能源储存方面的新知识，包括能力建设、年轻科学家的培训，以及具有潜在商业化产品的知识产权。

This project aims to address fundamental issues on electrochemical energy storage technology using sodium-ion capacitors, by designing novel electrode materials and utilising advanced, in-situ and ex-situ instrumental techniques in combination with modern computational simulation methods. The project will lead to a complete understanding of the charge storage mechanism and transport kinetics in sodium-ion capacitors, providing guidelines for developing sustainable electrochemical energy storage technology. The project expects to generate new knowledge in energy storage including capacity building, training of young scientists, and intellectual property with potential commercialised products.