In important news this week, a CNBC article confirms high-silicon anodes in Lithium-ion (Li-ion) batteries for EVs show more promise than solid state batteries.
It confirms that AnteoTech’s silicon anode technology, Ultranode can take a leading position in this growing market driven by increasing EV sales. Advances in high-silicon anodes in Australian and other Western countries show they are a competitive solution to China’s dominance.
The article shows silicon anodes are leading the EV battery technologies right now and confirms that GM, Porsche and Mercedes are investing in high-silicon technologies.
AnteoTech recently received its first purchase order for the Ultranode battery anode technology from EV1, a major European EV manufacturer.
Cycle life, shelf life and cost are major considerations with EV batteries and AnteoTech’s Ultranode answers these challenges.
Ultranode technology uses high-silicon content of more than 70% from readily available, low-grade and cost silicon resulting in a lower cost/Wh product than batteries using graphite as the active material.
AnteoTech is at the forefront of high-silicon anodes developments and has all the ingredients to provide a competitive advantage when compared to Chinese products, in particular the bottlenecks affecting the graphite supply chain.
Our ultra-high silicon technology has so far achieved 900 charge cycles at 70% energy retention with a roadmap to 1,000 cycles at 80% capacity retention, the target for EV batteries.
AnteoTech is poised to make its mark in battery innovation and the EV revolution with a high performing, cost effective and sustainable solution.
Our two proprietary technologies are Ultranode, a ultra-high silicon anode, and Anteo X, a powerful additive that reinforces battery binders for the Li-ion battery market.
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