We just closed a €150M (~$169M USD) Series D extension. This unlocks BAM-4, our 3rd commercial-scale factory, in Sagunto, Spain—cementing Group14 as the world’s most geographically diversified silicon battery material producer. 🇪🇸🔋Read more: https://t.co/dleRXq2x9V
ICYMI: Group14 took center stage in Episode 1 of The Battery Life from the Pacific Northwest Battery Collaborative.
Watch the episode to learn more about how @Group14Tech and the Pacific Northwest are driving the next wave of battery innovation. 🔋 https://t.co/jQ79Kep1uO
We’re hiring a Process Operator (2nd Shift) in Woodinville, WA! Join @Group14Tech as we scale advanced battery materials to power EVs, AI electronics, and the future of clean energy. https://t.co/sS6xeHQE9h
What if charging your EV took the same time as stopping for a gas refill and a coffee? ☕🔋 Read the latest Group14 blog post that breaks down how silicon batteries are enabling that possibility and are the future of EVs. https://t.co/ImoEcBvCYO
Why silicon? Silicon is one of the most abundant elements on Earth. Watch how we're reshaping the future of battery tech with Silicon. https://t.co/2q794hWgvI
Silicon anodes, powered by Group14's SCC55® material, unlock the next-generation of battery technology. Imagine a world with:
⚡ Extreme Fast-Charging EVs
📱 All-Day Power for Tech
🔋 More Energy, Smaller Form Factors
✈️ Electric Flight for Drones & eVTOLs
We're hiring a Major Projects – Project Manager in Moses Lake, WA! 🔋 Help us build & scale the future of advanced battery technology at Group14!
📍 Moses Lake, WA
💼 7+ yrs experience / 3+ yrs in project management
Apply now 👇
https://t.co/vlwYHBStIC
SCC55® silicon-carbon anode material is powering 25M+ devices globally across EVs, consumer tech, electric aviation & AI data centers. We work alongside global battery innovators & OEMs to bring silicon batteries out of the laboratory and onto the market. https://t.co/smMG43xBLd
When we engineered SCC55®, drop-in compatibility was non-negotiable. Instead of forcing manufacturers to overhaul production lines, our material fits into current processes and delivers up to 50% higher energy density without the friction of retooling. https://t.co/j7fSMFdpSF
Pacific Northwest leadership in action! Looking forward to an upcoming episode of McKinstry's Building What Matters podcast featuring our CEO Rick Luebbe. 🎙️ https://t.co/vzyZQUMhUQ
We’re in the middle of a battery revolution, powered by Group14 innovation. 🔋
From smartphones to EVs, next-gen devices need higher energy density and faster charging. Group14 CTO Rick Costantino breaks down how our SCC55® technology will power the batteries of the future.
Traditional silicon expands during charging, degrading battery performance.
SCC55® solves this. By synthesizing a hard carbon scaffold with internal void space, we give silicon the room to expand and deliver 5x the capacity of graphite & 50% higher energy density. 🔋
A revolutionary battery tech is only as impactful as its commercial scalability. At Group14 we bring both together for game-changing energy density and extreme-fast charging to power the future of global energy storage.
What does it take to invent the silicon anode material powering the next era of batteries? For the Group14 team it took 55 iterations to create our silicon carbon composite material, hence the name SCC55®.
For decades, the physical limits of traditional graphite anodes meant making compromises.
By replacing graphite with SCC55®, greater energy density and faster charging are unlocked. This shift transforms batteries from a bottleneck into a catalyst for innovation.
Graphite built the first era of lithium-ion. Silicon is building the next.
🔋Graphite energy density: Maxed out.
🔋Silicon energy density: Up to 10x higher capacity.
The solution: SCC55® 🔑
Learn how SCC55® is ushering in the silicon battery era. https://t.co/2q794hVIGa
Where silicon battery innovation is born. Our BAM-1 facility was the first plant in the world to demonstrate that advanced silicon battery materials could be manufactured reliably. Take a look inside the lab bridging innovation and global scale:
https://t.co/Gb4oqUvWe0