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TWIN-SiNERGY focuses on creating a new type of silicon battery that eliminates the need for traditional separators. This all-solid-state battery aims to significantly enhance energy density and longevity while addressing the challenges posed by silicon's volume changes during charging.
Silicon (Si) presents a promising advancement over current graphite electrodes for high-energy automotive batteries, offering a tenfold greater capacity (3579 mAh g⁻¹).
However, its application is hindered by substantial volume changes during charge/discharge cycling that causes rapid degradation.
Overcoming this challenge is pivotal to achieve a climate-neutral society.Redefining the conventional paradigm, TWIN-SiNERGY aims to deliver a transformative separator-free monolithic Si all-solid-stat…
QUEEN MARY UNIVERSITY OF LONDON
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