About Us
Who are we?
We are the next generation of batteries.
How will you do that?
Modern battery chemistries have to decide between having a high capacity or having high cyclic stability. The most common battery, lithium ion, provides the best balance between the two. Our hybridization technology leverages the benefits of high capacity and high cyclic stability batteries to provide industry leading battery capacity without sacrificing cyclic stability.
Who is on our team?
Our team is made up of roommates who are lifelong friends and innovators. Our majors cover specialized chemistry, econometrics, and electrical and computer engineering, providing our team with the perfect tools needed to create the new generation of batteries.
We are the next generation of batteries.
How will you do that?
Modern battery chemistries have to decide between having a high capacity or having high cyclic stability. The most common battery, lithium ion, provides the best balance between the two. Our hybridization technology leverages the benefits of high capacity and high cyclic stability batteries to provide industry leading battery capacity without sacrificing cyclic stability.
Who is on our team?
Our team is made up of roommates who are lifelong friends and innovators. Our majors cover specialized chemistry, econometrics, and electrical and computer engineering, providing our team with the perfect tools needed to create the new generation of batteries.