Battery materials company Sila has successfully raised $300 million to scale up production at its factory in Moses Lake, Washington. This capital injection will enable Sila to manufacture enough silicon-carbon anode material to power over 100,000 electric vehicles annually. Despite a recent decline in U.S. electric vehicle sales linked to policy shifts and the expiration of tax credits, global EV demand continues to grow, and Sila aims to capitalize on this trend with its advanced battery technology.

Sila’s silicon-carbon anode material stands out from the standard graphite anodes widely used today, which are dominated by Chinese suppliers controlling about 75% of the market. Sila’s alternative can store roughly 40% more energy and supports faster charging. The company has spent 15 years developing this material to provide automakers and electronics manufacturers with a high-performance, scalable option that bypasses tariffs and supply chain risks associated with Chinese graphite.

Founded by former Tesla employee Gene Berdichevsky, Sila began production at the Moses Lake facility last September, with a current capacity of two gigawatt-hours. The recent funding round will allow a dramatic expansion, boosting output to tens of gigawatt-hours and meeting rising demand not only in EVs but also in energy storage solutions for applications like AI data centers and renewable energy grids.

The $300 million financing comes from a group of investors including Atreides Management, Sutter Hill Ventures, 8VC, Bessemer Venture Partners, Matrix Partners, and T. Rowe Price Associates. Prior to this round, Sila had raised approximately $1.3 billion. By increasing its manufacturing scale, Sila seeks to strengthen America's position in advanced battery materials and reduce reliance on foreign supply chains amid a shifting global battery market.