Design, Implementation and Testing of Hardware for a Lithium Sulphur Battery Management System
Kelvin Chan
Validating a novel method of estimating initial state of a next generation lithium battery using power converters.
New energy storage technologies have been in research and development in the aim to accelerate the energy transition. Over the past 10 years, lithium-sulphur (Li-S) batteries, a technology that has a higher specific energy compared to lithium-ion (Li-ion) batteries have been in active research. Although Li-S batteries are seen as a promising alternative to Li-ion batteries, cell modelling and state estimation are non-trivial tasks due to Li-S's complex chemical reaction and non-monotonic characteristic between open circuit voltage and state of charge (SOC). This project aims to validate a novel method of using relative impedance difference for initial SOC estimation for an online application using power converters.
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