battery materials are here
SMALL INVENTION, BIG IMPACT
A better camera. Seamless 5G. Personalized sensors. As consumer demand evolved, the battery size of mobile devices remained a limiting factor to innovation. Until now. Sila’s next-gen silicon-anode material enables a smaller, lighter, longer-lasting lithium-ion battery, unlocking the potential for radical innovation.
Longer ranges, faster charging, and affordable pricing—the mass market electric vehicle revolution is here and the table stakes are high. Sila’s next-gen battery material will enable high-density energy for the performance customers expect at the cost and scale auto manufacturers need.
Renewable power sources are often intermittent while power needs are continuous. Efficient, low-cost, long duration energy storage on the grid balances these factors and ensures a more reliable supply. High energy density cells are the low-cost building block for these grids. With Sila products, higher energy per cell means fewer cells and lower overall system costs.
From recreational drones to electric passenger aircraft, flight is a demanding application for electric power, and benefits greatly from batteries with higher gravimetric energy density. Sila’s material will significantly increase specific energy, improving flight capabilities and providing value for a range of flight applications.
A better camera. Seamless 5G. Personalized sensors. As consumer demand evolved, the battery size of mobile devices remained a limiting factor to innovation. Until now. Sila’s next-gen silicon-anode material enables a smaller, lighter, longer-lasting lithium-ion battery, unlocking the potential for radical innovation.
Longer ranges, faster charging, and affordable pricing—the mass market electric vehicle revolution is here and the table stakes are high. Sila’s next-gen battery material will enable high-density energy for the performance customers expect at the cost and scale auto manufacturers need.
Renewable power sources are often intermittent while power needs are continuous. Efficient, low-cost, long duration energy storage on the grid balances these factors and ensures a more reliable supply. High energy density cells are the low-cost building block for these grids. With Sila products, higher energy per cell means fewer cells and lower overall system costs.
From recreational drones to electric passenger aircraft, flight is a demanding application for electric power, and benefits greatly from batteries with higher gravimetric energy density. Sila’s material will significantly increase specific energy, improving flight capabilities and providing value for a range of flight applications.
WHOOP 4.0 powered with Sila science
“One of the greatest barriers to advancing the design of wearable technologies has been the weight and size of the battery technology available.
With Sila, all that has changed.”
– John Capodilupo, Co-Founder & CTO at WHOOP
BETTER PERFORMANCE AT SCALE
Our Sila anode is the first next-gen lithium-ion material available on the market. Designed to offer economical manufacturing at global scale, our unique technology is poised to electrify the future, while delivering transformational benefits to the mobile industry today.
- 20% more energy density
- Drop-in solution for ease and speed to market
- Smaller battery footprint
- No compromise in cycle life, charge performance, or safety
INNOVATION 10 YEARS IN THE MAKING
For too long, the battery industry has been long on promises and short on delivery. We took a different approach. Patience and persistence. We focused on getting our Sila anode right, and invented the most significant chemistry breakthrough to come to market since the birth of the lithium-ion battery. Get to know the science behind Sila and what the next 10 years might hold.