Operating Principles of Vanadium Solid-State Batteries
A vanadium solid-state battery stores electrical energy through vanadium redox reactions.
The solid electrolyte membrane ensures a highly safe architecture with exceptional resistance to degradation.
It exhibits extremely low heat generation and virtually no ignition risk, enabling long service life and efficient energy storage.
Our History
Our Mission
Key Features of Vanadium Solid-State Battery Technology
| No explosion, no combustion | No fire-suppression system required |
| Minimal heat generation | No cooling system required |
| Extremely long lifespan | Virtually no degradation — 15,000 cycles confirmed in accelerated testing |
| Ultra-fast charge/discharge performance Over 50× faster than conventional batteries | Capable of 200C-rate operation Supports high-power output |
| Simple and robust structure | Vanadium is a non-rare metal Production cost can reach approximately 1/20 of existing batteries |
Applications of Vanadium Solid-State Battery Technology
| Main Applications | Industrial energy storage for utility companies |
| Future Target Applications | Residential energy storage systems,Electric vehicles (EVs),Urban air mobility / flying cars,Various spacecraft and space systems |
We are honored to be introduced as a success story by Tohoku Technoarch
We are pleased to be featured as a success story by Tohoku Technoarch.
Please visit their website for more information.


