Products Solid State Battery

Solid State Battery
Technology Overview

Solid-state battery technology represents a significant leap
in energy storage innovation.

It combines advanced materials with cutting-edge design 
to deliver superior performance, safety, and sustainability 
for electric vehicles (EVs) and other industries.

Advantages of our solid-state battery technology

  • Unique recovery process of lithium metal, a key component of the battery, achieving a demonstrated 90% recovery rate.
  • Gigatowers with a modular design and small footprint (2.5 GWh unit) that are energy-efficient and scalable. These facilities are human-scale, consume less energy, and can be located near larger cities to attract talent and reduce logistical challenges.

  • Our batteries offer 40% more energy density, enabling nearly 40% more vehicle autonomy. This innovation addresses the critical challenge of achieving 1,000 kilometers of range with an EV.
  • Provides the flexibility for OEMs to maintain current EV range while designing solid-state battery packs that are approximately 40% lighter, leading to improved vehicle efficiency and handling.

  • Our solid-state battery technology provides exceptional stability at high temperatures and superior safety, demonstrated through rigorous and stringent safety testing. This ensures reliability and peace of mind for both manufacturers and consumers, reinforcing the advantages of solid-state batteries for EVs and other applications.

  • Standard GEN4 electrolyte is compatible with multiple cathode chemistries such as Nickel Manganese Cobalt (NMC) for very high energy density requirements or Lithuim Manganese Iron Phosphate (LMFP) for customers seeking cobalt- and nickel-free battery solutions, promoting a more sustainable approach to battery production.

This combination of sustainability, high performance, safety, and flexibility positions solid-state batteries as a game-changing solution for the future 
of energy storage technology. With innovations such as solid electrolyte materials and solid polymer electrolytes, we are shaping the next generation of high-energy-density batteries for both consumer and industrial use.

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