New Electrolytes for Capacitive Electrochemical Storage

在过去的几年中，巨大的努力已经致力于开发适用于电化学能量存储装置如电化学电容器（EC）的先进材料。已经提出了新的电解质以及新的活性材料，并且已经表明这些材料显示出有利的性质，这确实可以实现新的存储系统。然而，现在有必要深入了解这些新型电解质和材料一起使用时发生的存储过程。 这个合作项目的目的是在耶拿的弗里德里希席勒大学（德国）的Balducci教授和图卢兹的Paul Sabatier大学（法国）的Simon教授的研究小组之间，了解碳质和赝电容材料在非常规的、适用于实现高能EC的高压电解质中的存储过程/机制。

In the last years tremendous efforts have been dedicated toward the development of advanced materials suitable for electrochemical energy storage devices such as Electrochemical Capacitors (ECs). Novel electrolytes as well as novel active materials have been proposed, and it has been shown that these materials display favourable properties, which could indeed allow the realization of new storage systems. Nevertheless, it is now necessary to deeply understand the storage process, which is taking place when these novel electrolytes and materials are used together. The aim of this collaborative project between the research groups of Prof. Balducci at the Friedrich Schiller University of Jena (Germany) and that of Prof. Simon at the Paul Sabatier University of Toulouse (France) is to understand the storage process/mechanism of carbonaceous and pseudo-capacitive materials in non-conventional, high voltage electrolytes suitable for the realization of high energy ECs.