Super High Voltage High Rate Cell

·Leap in energy density: The synergistic design of 4.45V ultra-high voltage lithium cobalt oxide cathode and silicon-carbon anode enables the energy density to exceed 300Wh/kg, an increase of over 40% compared with the traditional graphite system.

·Low expansion and long lifespan: Through nanoscale silicon particles + porous carbon coating technology, the expansion coefficient is ≤120%, the cycle life is ≥800 times (80% DOD), and the capacity retention rate is 100%.

·Low temperature rise with cutting-edge technology: Low internal resistance lamination process + high-temperature resistant electrolyte reduce the discharge temperature rise by 30% compared with traditional lithium batteries, supporting continuous high-rate output without attenuation.

·Stable end-of-discharge voltage: The median voltage of the discharge platform is ≥3.75V, and the end-of-discharge voltage drop is <5%, ensuring sustained strong power.

·Small capacity adaptation: Accepting orders starting from 3000mAh, it precisely meets the needs of miniaturized scenarios such as drones and wearable devices.