7. Conclusion
The emergence of Li-ion battery technology is a major breakthrough in electrochemical energy storage. Its development has supported, and to a certain extent ensured, the expansion of the mobile electronics market over several decades. The evolution and diversification of electrode and electrolyte materials used, as along with manufacturing technologies, are today leading to unrivalled performance in terms of energy density and variations adapted to multiple uses. This technology, now mature, is still likely to see progress in terms of energy density thanks to the use of new electrode materials.
The high growth in production for mobile applications has led to a significant drop in manufacturing costs, now stable at around $0.2 per Wh. This price level now enables this technology to penetrate the market with electric vehicle/hybrid ...
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Bibliography
Websites
Systèmes de stockage sodium-soufre installés au Japon par la société NGK Insulators https://www.ngk.co.jp/nas/case_studies/rokkasho/
Accumulateurs haute température type ZEBRA commercialisés par la société Fiamm Sonick http://www.fiammsonick.com/
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