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In February 2025, Enevate Corporation announced the commercial launch of its Extreme Fast-Charge (XFC) silicon-dominant lithium-ion battery technology for electric vehicles. The new battery enables a 5-minute charge to 75% capacity and delivers energy densities of over 800 Wh/L. This launch marks a major step toward overcoming range anxiety and long charging times in EVs, helping automakers transition to high-performance battery systems using silicon anodes. The product is already being evaluated by several Asia Pacific EV manufacturers for integration into upcoming vehicle platforms.
- In January 2025, Sila Nanotechnologies entered a long-term strategic partnership with BMW Group to supply silicon-anode-based battery materials for next-generation electric vehicles. Sila's Titan Silicon™ technology will be used in BMW's Neue Klasse models starting in 2026. The collaboration aims to deliver up to a 20% increase in range and 50% faster charging times, emphasizing the role of silicon anodes in meeting premium EV performance targets. This partnership reflects the accelerating demand for advanced battery
- In October 2024, Group14 Technologies acquired Schmid Silicon, a German manufacturer of high-purity silicon, in a deal valued at approximately USD180 million. The acquisition enables Group14 to vertically integrate its supply chain for silicon anode production and accelerate its Asia Pacific capacity expansion plans. This strategic move strengthens Group14’s ability to meet rising demand from automotive and electronics OEMs while improving control over raw material sourcing and manufacturing scalability.
- In November 2024, Nexeon formed a joint venture with SKC, a South Korean chemical and materials company, to construct a 10,000-tonne silicon anode material plant by 2026. This facility, located in Gunsan, will supply battery manufacturers across Asia with advanced silicon materials aimed at enhancing energy density in consumer electronics and EV applications. The JV reflects strong regional interest in domesticizing high-performance battery components amid growing Asia Pacific competition for next-gen materials.
- In December 2024, Amprius Technologies unveiled its latest innovation: a silicon nanowire battery cell with a record-breaking energy density of 500 Wh/kg, targeted at aerospace and high-altitude drone applications. This milestone demonstrates the potential of silicon anodes in niche, weight-sensitive markets that require extreme energy performance. The innovation strengthens Amprius’ leadership in specialized battery tech and positions it to address both commercial aviation and defense sector needs in energy storage.
