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Field
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, to innovative batteries, intelligent drive systems and energy management, power electronics and charging infrastructure. In addition, we develop knowledge regarding business planning and consumer behavior, and we
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the potential to be used in a variety of novel applications outside its original use in the minerals industry, for example in the recycling of plastics or battery materials. However, there are many aspects of its
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, train yourself with different support, to become an expert in materials design and synthesis, and helps you to grow as an independent researcher in battery field. Project description The lithium-ion
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. New chemistries based on divalent metal ions, such as Mg(II), Ca(II), or Zn(II), are being explored for post-Li rechargeable batteries due to the abundance and low cost of these elements, as
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Underserved Communities Taking the energy transition forward in emerging and new frontier countries: complementary innovations in off-grid systems, multi-purpose energy hubs, battery repurposing and the
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helps you to grow as an independent researcher in battery field. Project description The lithium-ion battery is the dominant rechargeable energy storage devices. In order produce high-performance lithium
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used batteries of standardised tests assessing general motor skills [6,7]. However, these batteries have proved insufficient to determine the origin of the dysfunctions. Other studies focusing on a
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as part of a collaborative project under the PEPR Batteries program (France 2030), involving 4 PhD theses in 4 national laboratories, all working closely together. This thesis will be coupled with
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aluminium manufacturing for EVs, seeking to innovate within lightweight applications such as battery trays, chassis and suspension systems, safety/crashworthiness systems, etc. The ambition of your PhD
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management. The problems will be grounded in applications to ensure that our research is relevant in real-world settings, including batteries, inventory management, power systems, etc. The exact research topic