Summary
- Group14 Technologies has completed shipments of its SCC55 material to over 100 EV and consumer electronics battery manufacturing customers worldwide from its joint venture factory in South Korea
- The factory in South Korea has an initial annual production capacity of 2,000 tons, equivalent to 10 GWh, and enough to power 100,000-250,000 EVs per year
- Battery manufacturers are using the initial volumes of the SCC55 material to qualify it for adoption in commercial EV and consumer electronics programs expected to launch in 2025
- Group14 has been supplying SCC55 from its US production facility in Woodinville, Washington, and is expanding with a new factory in Moses Lake, Washington, expected to add 4,000 tons of capacity in 2025
- Group14’s SCC55 material enables silicon batteries to achieve high performance and scalability, marking a major milestone for the battery supply chain
Article
Group14 Technologies, a US-based silicon battery materials manufacturer, has successfully shipped its SCC55 material to over 100 EV and consumer electronics battery manufacturing customers worldwide. This material is being produced at a joint venture (JV) factory in Sangju, South Korea. The facility, utilizing Group14’s modular manufacturing technology, began producing SCC55 material in August with an initial annual production capacity of 2,000 tons, equivalent to 10 GWh. This capacity is enough to power around 100,000 to 250,000 electric vehicles per year. The company formed the joint venture with the materials unit of South Korean manufacturing conglomerate SK in July 2021 to accelerate silicon battery production and provide localized sourcing and improved supply chain resiliency to manufacturers and OEMs.
Battery manufacturers are currently using the initial volumes of SCC55 to qualify and adopt it for use in various commercial EV and consumer electronics programs. These programs are expected to hit the market in 2025. Group14 has been supplying SCC55 to over 100 customers from its initial US production facility, BAM-1, located in Woodinville, Washington, which has been operational since 2021. The company is also constructing a BAM-2 factory in Moses Lake, Washington, which is expected to add another 4,000 tons of capacity in 2025, increasing the combined annual capacity to over 30 GWh. This expansion is crucial in meeting the growing demand for silicon battery materials in the market.
Rick Costantino, the CTO and co-founder of Group14 Technologies, highlighted the benefits of SCC55 material for silicon batteries, stating that it allows these batteries to meet various performance criteria such as energy density, extreme fast charging, and scalability. The establishment of EV-scale production of SCC55 marks a significant milestone for the battery supply chain. The company’s focus on innovation and technology is driving advancements in silicon battery materials, enabling manufacturers to meet the evolving needs of the electric vehicle and consumer electronics industries.
The collaboration between Group14 Technologies and SK’s materials unit in South Korea demonstrates a strategic partnership aimed at enhancing silicon battery production and offering localized sourcing options to manufacturers and OEMs. The modular manufacturing technology utilized in the Sangju facility enables efficient production of SCC55 material, meeting the increasing demand from customers worldwide. By expanding its production capacity with the construction of the BAM-2 factory in Washington, Group14 is positioning itself as a key player in the silicon battery materials market, catering to the growing requirements of the EV and consumer electronics sectors.
The successful shipments of SCC55 material to a diverse range of battery manufacturing customers worldwide signify the growing adoption of silicon battery technology in various applications. With commercial EV and consumer electronics programs set to launch in 2025, the qualification and adoption of SCC55 material play a crucial role in enabling the production of high-performance batteries. Group14’s commitment to pushing the boundaries of silicon battery materials and scaling up production capacity reflects its dedication to driving innovation and meeting the needs of the evolving battery market. By leveraging its technological expertise and strategic partnerships, Group14 is well-positioned to lead the way in advancing silicon battery technology and supporting the transition towards sustainable energy solutions.
In conclusion, Group14 Technologies’ successful shipments of SCC55 material, its strategic joint venture with SK in South Korea, and the expansion of its production capacity in the US demonstrate the company’s commitment to driving innovation in silicon battery materials. With a focus on energy density, fast charging capabilities, and scalability, SCC55 material is poised to play a key role in powering the next generation of electric vehicles and consumer electronics. By providing localized sourcing options and resilient supply chains, Group14 is addressing the increasing demand for high-performance battery materials in the market. As commercial EV and consumer electronics programs gear up for launch in 2025, Group14’s efforts to qualify and supply SCC55 material to battery manufacturers worldwide are instrumental in advancing silicon battery technology and meeting the evolving needs of the industry.
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