Nowadays, the storage of electrical energy is a major technological challenge and a key link in the optimized energy management policy. Li-ion batteries and supercapacitors are electrical storage means using a chemical active ingredient embedded in the device. The principle of storage of these devices is relatively simple, their implementation is not expensive and it is also possible to size them according to the intended application (embedded for transport and miniaturized tools or devices, or stationary as feeding isolated sites). One of the major technological obstacles to be overcome to promote the development of these technologies (especially for clean transport) is to improve the security of these devices. Indeed, Li-ion batteries and current supercapacitors use organic electrolytes (mixture of organic solvents and inorganic compounds) highly flammable and explosive in case of misuse (overload, high temperature, ...). This project aims to secure these devices by using a new, safer family of electrolytes.
Suivi de projet - Fin du projet : 3
Publication scientifique : 6
Thèse : 3
Project leader
Member partner
No member partner
AXYNTIS-ORGAPHARM
Start of the project on01 / 09 / 2017
Strategic business lines
Smart power grids
Smart power grids
Referent of the project
Florentin BORÉ
06 66 39 55 43
florentin.bore-ext@st.com
Centre-Val de Loire
The HyBer project is an ambitious initiative to create a hydrogen ecosystem in the department…
The ORIGAMI project aims to address the integration of the energy production of EMR systems…
.png)
.png)
 (1).jpg)
