Recently a rapid technological progress in various fields of industry and daily life has been driven by miniaturization of electronics. Components such as medical devices, logic and memory circuits, and various sensors have been drastically reduced to smaller dimensions with vastly improved performance. Limited performance of batteries is one of the most critical problems to be tackled for sustainable technological advances and to allow for further development of novel and future technologies.
The purpose of this project is to develop and investigate 3D structured all solid state full lithium-
ion battery with solid polymer electrolyte and to provide pioneering studies on the interface processes between anode and solid polymer electrolyte during cycling.
The purpose of this project is to develop and investigate 3D structured all solid state full lithium-
ion battery with solid polymer electrolyte and to provide pioneering studies on the interface processes between anode and solid polymer electrolyte during cycling.