This industry funded project aims to develop safe Li-ion battery technology for high power applications. Project will make use of high-power Li-ion cell technologies using phosphate based positive electrode materials along with titanate based negative electrode materials. NUS hold process patents for three electrode materials related to this project
Project aims to optimize synthesis conditions for scale-up production of positive and negative electrode materials. Especially efforts will be made to tailor the cathode and anode materials for improving structural, thermal, chemical and electrochemical stability. Electrolyte additives will play a key role for improving energy efficiency and dissolution of transition metal ions during high rate of charge and discharge cycles. Commercial type Li-ion cells will be fabricated using existing proto-type facility at NUS. Besides testing their storage performances, the team intends to estimate heat generated and correlate this with the internal resistance inferred from impedance spectroscopy studies. The candidate will use other characterization tools including X-ray diffraction, FTIR, X-ray photoelectron spectroscopy, SEM/TEM, DSC/DTA, etc., to understand improvements in kinetics, thermal and structural stabilities of these electrode and electrolyte materials.
The candidate will work closely with the industry partner to assess various safety criteria on full cells fabricated as part of this project.
Qualifications
Times Higher Education
MNCJobz.com will not be responsible for any payment made to a third-party. All Terms of Use are applicable.