HV Series Packs · High-Voltage Platform

Configurable Voltage.
High Power.
Built for Performance.

Trydan Tech's HV Series battery packs are engineered for high-performance applications requiring both power and flexibility. Built using advanced high-voltage pouch cells, these packs support multiple series and parallel configurations (6S, 12S, 1P, 2P, and beyond), enabling precise control over voltage and capacity while delivering high discharge capability, fast response, and efficient operation across demanding environments.

Nominal Capacity
10 Ah
Max Discharge
150 A
Cycle Life
300+
Key Specifications

Configurable high-voltage architecture designed for efficient operation across dynamic, high-performance applications.

Configuration
Configurable
Nominal Voltage
3.9 V
Nominal Capacity
10 Ah 39 Wh
Energy Density
300 Wh/kg
Max Discharge Current
150 A continuous discharge 250 A pulse discharge (2 s)
Cycle Life
300+ cycles
Operating Temperature
-20 °C to 60 °C
Features

Built to combine high-voltage efficiency, configurable architecture, and fast-response power in compact pack designs.

Configurable architecture (S/P scaling)

Supports flexible configurations such as 6S, 12S, 1P, 2P and beyond for precise voltage and capacity matching.

High voltage platform

3.9V nominal cell voltage enables higher pack voltage and improved system efficiency.

High energy density

300 Wh/kg for extended runtime and reduced system weight.

Fast response performance

Delivers instantaneous power output for dynamic loads such as drones and mobility systems.

Fast charge capability

Supports high charge rates for rapid turnaround and minimal downtime.

Lightweight and compact design

Optimized for weight-sensitive and space-constrained applications.

Performance Graphs
Data coming soon!
Power Curves
Data coming soon!
Cycle & Thermal
Data coming soon!
Applications

Application format aligned with Molicel section style.

Drones and UAV Systems

High-voltage efficiency, strong discharge capability, and lightweight architecture support dynamic flight profiles and rapid turnaround.

Robotics and Autonomous Systems

Fast response performance and configurable S/P scaling enable precise power delivery across variable robotic duty cycles.

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