Holistic Engineering Design of High-Safety and Rapidly Chargeable Quasi-Solid-State Batteries with Self-Monitoring Sensors

Abstract
This project aims to develop quasi-solid-state batteries (QSSB) using ionogel electrolytes that offer extremely fast charging and heightened safety. These batteries with energy density exceeding 1 Ampere-Hour will be fully charged within 10 minutes and have a unique ability that the condition of the battery can be monitored from the inside of the cell while they're being used. The initial focus is on electrolyte development and electrode–electrolyte interface design using a comprehensive engineering approach. Additionally, an ultra-thin sensor will be rationally designed and integrated into the batteries for non-invasive multiparametric monitoring of the internal states of batteries.

How to Apply 
Please contact Dr Yunlong Zhao if you are interested in applying for this project. 

For more information on submitting a PhD application, please consult our application pages here. When you submit your application, please cite this project title in the 'how you are planning to fund your PhD' section.