Research on Positive Electrode Additives for Energy Storage Batteries
This project focuses on improving the performance of lead battery electrodes specifically in battery energy storage applications (ESS) like demand reduction or arbitrage.
DownloadLinking Structure, Performance and PAM Integrity in Advanced Lead Battery Designs
Mechanical testing has not been formally developed for lead battery electrodes, preventing the ability to establish strong structural-functional relationships. This project will use comprehensive mechanical and physical testing
DownloadTesting Charge Recovery for Auxiliary Lead Batteries on Laboratory Scale
Carbon additives are known to enhance charge acceptance and dynamic charge acceptance (DCA). This project will explore their role in improving charge recovery and apply the knowledge from DCA improvements to develop new formulations for auxiliary battery functions.
DownloadNovel Metal Silicates for Enhanced Lead Battery Performance
This project aims to improve pulse power capability (PPC) and charge recovery by incorporating silicate and metal oxide additives into the positive electrode
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