Enovix develops advanced battery solutions designed to meet the evolving power demands of modern devices. Our portfolio spans high-energy silicon-anode batteries and proven graphite and blended silicon technologies, enabling the right solution for each application.
As devices require more power in smaller form factors, Enovix delivers the energy density, reliability, and manufacturing scale needed to support next-generation products.
Smartphone capabilities continue to advance, with AI features, high performance processing, and always-on connectivity placing greater demands on battery performance without increasing available space.
Enovix silicon anode batteries deliver higher energy density, fast charging, and strong cycle life in compact form factors, supporting next generation mobile devices that require more power without compromising design.
Smart eyewear requires high energy density in extremely compact, lightweight form factors. As devices integrate advanced sensing, connectivity, and on-device processing, battery performance becomes a key limiter of user experience.
Enovix silicon-anode batteries are designed to maximize runtime within constrained geometries, enabling longer usage time, improved functionality, and more seamless integration into next-generation smart eyewear designs.
Wearable and IoT devices require compact, reliable power solutions that can support continuous operation in space-constrained designs. From consumer wearables to connected sensors, performance, safety, and form factor flexibility are critical.
Enovix delivers a range of battery solutions, including graphite and blended-silicon technologies, optimized for reliable performance, flexible design, and efficient integration across a wide variety of wearable and IoT applications.
Aerial systems and drones require lightweight, high-performance batteries that can deliver both energy and power across demanding duty cycles. Flight time, reliability, and consistent output are critical to mission success.
Enovix battery solutions support aerial platforms with high energy density, strong discharge capability, and reliable performance across a range of operating conditions, enabling longer flight times and more capable systems.
Industrial and medical devices require reliable power, long service life, and flexible form factors. Enovix graphite and blended-silicon solutions support space-constrained designs across connected medical devices, industrial equipment, and specialized electronics where dependable performance and packaging flexibility matter most.
The Enovix cell architecture has the potential to create unique advantages for automotive OEMs and pack providers, providing increased energy density, better thermal conductivity, high cycle life, and lower cost at both the cell and pack level, through simplified system design and low-cost manufacturing processes.
If you would like to speak to a member of the Enovix Mobility team, contact us at [email protected].
According to Polaris Labs: the Enovix cells not only met the customer’s performance specifications but also “have shown the highest energy density among the cells evaluated” and “perform better than other silicon products we’ve assessed in our lab.”
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