Cell Chemistry

The next generation of Lithium-Free Semi-Solid-State Batteries is designed to merge the best qualities of Batteries and Supercapacitors. This cutting-edge technology delivers rapid charging, high Energy Density, and significantly longer life cycles with unmatched safety. Ideally suited for industries that demand high-performance, reliable, and safe Energy Storage solutions.
Contact Us
Home
Technologies
Cell Chemistry

Technology

Overview
The next generation of Lithium-Free Semi-Solid-State Batteries is designed to merge the best qualities of Batteries and Supercapacitors. This cutting-edge technology delivers rapid charging, high Energy Density, and significantly longer life cycles with unmatched safety. Ideally suited for industries demanding high-performance, reliable, and safe Energy Storage solutions.
technology cell chemistry main image
Our Lithium-Free Semi-Solid-State Battery sets a new benchmark in Energy Storage by combining advanced Materials Science with breakthrough safety and performance. Built with proven cathode materials—Manganese (Mn), Cobalt (Co), Nickel (Ni), and Niobium (Nb)—alongside six proprietary critical minerals and a curved Graphene anode, this chemistry delivers exceptional efficiency without relying on Lithium.

The use of curved Graphene enables superior electrical conductivity and expanded surface area, enhancing both charge and discharge rates. The Semi-Solid Electrolyte architecture further improves thermal stability and structural integrity.
ssb internal
Untitled design (9)

Key Benifits