Higher Voltage.
More Power.
Faster Response.
Trydan Tech's HV Series pouch cells are engineered to deliver both high energy density and ultra-high power performance through a high voltage platform. By operating at higher voltage, these cells store more energy per cell while reducing current demand at the system level, improving overall efficiency and thermal performance. Combined with ultra-low internal resistance, they minimize voltage drop under load, enabling more usable energy and consistent output in demanding conditions.
Designed for fast charge, wide temperature operation, and high duty cycles where both energy and power are critical.
Engineered to maximize usable energy and stable high-power output under real-world load conditions.
3.9 V nominal and up to 4.45 V charge delivers higher energy per cell and improves system-level efficiency.
Maintains stable output even at discharge rates up to 15C.
≤1 mΩ enables efficient power delivery with minimal energy loss.
Supports up to 15C continuous discharge for demanding high-power applications.
Supports charge rates up to 2C for reduced downtime.
Up to 300 Wh/kg delivers more energy per unit weight, enabling longer runtime and lighter system designs.
Application format aligned with Molicel section style.
High-voltage architecture and high power output support longer flight endurance and responsive thrust delivery.
Maintains stable output under heavy motor load with reduced voltage sag for consistent torque delivery.
Delivers responsive high-current output with efficient thermal behavior across dynamic, high duty-cycle operating profiles.