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# 2024 YUZZ |
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This innovative system repurposes EV batteries with remaining capacity to boost the efficiency of high-speed charging stations. Retaining over 80% of their original storage capability, the batteries are re-engineered to manage peak demand, reduce grid strain, and optimise energy use during high-demand periods. The modular, scalable solution helps prevent overloads, cuts operational costs, and allows stations to benefit from flexible energy rates. By extending battery life and avoiding costly grid upgrades, YUZZ supports the circular economy and advances the energy transition
I am an engineer specializing in new business development and innovation project management within the energy sector. During my university studies, I participated in R&D projects focused on smart grids and artificial intelligence in the solar industry, collaborating with high-profile researchers. I graduated from an entrepreneurship track, integrating scientific skills and technology transfer capabilities. My experience spans electromobility, battery storage systems, and science-based entrepreneurship. Committed to advancing the energy transition, I focus on creating innovative business models, developing new technologies, and establishing ventures that generate social, environmental, and economic impact.more
I am an Energy and Environmental Engineer specializing in sustainable technology. I teach engineering at university, co-develop second-life battery technology at Yuzz, and drive business growth in clean energy solutions with Capstone Green Energy.more
PhD in Electrical Engineering from the University of Manchester, director of Energy Engineering at Adolfo Ibanez University, and associate researcher at CENTRA, SERC-Chile, and SEDA. Luis has contributed 15+ years to electricity distribution, with theoretical and applied research.more
Since August 2023, I have been working as a software developer at YUZZ. During this period, I have gained valuable experience in programming microcontrollers and developing software for the management and monitoring of electrical systems.more
King Abdullah University of Science and Technology (KAUST)
3D-printed solar receiver for industrial heat
Biodegradable batteries from organic waste
Fuel-efficient routing for heavy-duty trucks
