Presentation

In our project, we’re pioneering a new way to make batteries smarter, longer-lasting, and more efficient through Dynamically Reconfigurable Battery Systems (DRBS). DRBS addresses common battery issues like uneven cell wear, limited flexibility, and wasted energy. Our system can change internal battery connections on the go, adjusting for each cell’s health and workload. This adaptability means batteries last longer, perform better, and can be reused for renewable energy storage once they outlive their original use. As electrification expands in transportation and renewables, DRBS supports the global need for sustainable energy storage by reducing waste, lowering environmental impact, and promoting a circular economy where fewer new batteries are needed, and existing ones are used longer and more efficiently. We’ve developed advanced models and are building a prototype in our battery lab, moving DRBS closer to real-world applications.