Rare metals are used as little as possible for electrode active materials and no mining of exhaustible resources, the designs are extremely eco-friendly.
The performance won’t drop even if a high-rate battery design is adopted and can manage rapid charging and discharging. Its performance can be further improved by combining it with BMS designed internally.
Due to a stable structure of the active materials, it is less likely to discharge oxygen even when overcharged, and there is little danger of fire or explosion. It also has a low risk of explosion even if it is internally short-circuited.
With its excellent cycle capability, approximately 90% of the capacity (the number will slightly differ depending on the battery usage) can be retained even if charging and discharging of 8,000 cycles are performed.
Type S Single carbon battery will have approximately 10% lower volume energy density and weight energy density than LIB.
Although the price is high because it is not mass-produced, with the volume of about 200,000 cells production can achieve roughly the same price range as the domestically-produced LIB.
We offer proposals, consultations, demonstrations, manufacturing, and sales of sustainable electrical power systems that use Cambria Eye© cells as its key device in order to meet your requests and resolve any issues you may have.