Pouch Cell · High Power LFP

Extreme Power.
Instant Response.
Built for High Load.

Trydan Tech's HPE Series high power LFP cells are engineered for ultra-high discharge performance using our proprietary LFP material, optimized for low internal resistance and high-rate capability. Designed to handle rapid load changes and extreme peak demands, these cells maintain stable voltage under load while minimizing heat generation. With strong low-temperature performance and fast charge capability, the HPE Series delivers reliable, high-power output for demanding applications such as start-stop systems and hybrid platforms.

Nominal Capacity
10 Ah
Max Discharge
350 A
Energy Density
~130 Wh/kg
Trydan HPE Series pouch cell
Key Specifications

High-rate LFP performance built for extreme peak loads, rapid response, and reliable operation under demanding duty cycles.

Form Factor
Pouch Cell
Nominal Voltage
3.2 V
Nominal Capacity
10 Ah 320 Wh
Energy Density
~130 Wh/kg
Max Discharge Current
350 A 1700 A pulse discharge (1 s)
Cycle Life
3000+ cycles
Max Charge Current
60 A high-rate charging
Features

Purpose-built for instant high-current response, stable voltage output, and thermal control at elevated discharge rates.

Ultra-high discharge capability

Supports up to 35C continuous and 170C pulse discharge for extreme power applications.

Ultra-low internal resistance

Enables high current delivery with minimal losses and strong voltage stability under load.

Minimal voltage drop under load

Maintains consistent output during rapid load changes and peak demand events.

Fast charge capability

High-rate charging supports rapid energy recovery and reduced downtime.

Thermal stability under high load

Designed to limit heat generation even at elevated discharge rates.

Low temperature performance

Reliable operation in cold environments with stable output and capacity retention.

Performance Graphs
Data coming soon
Power Curve
Data coming soon
Charging Curve
Data coming soon
Applications

Application format aligned with Molicel section style.

Start-stop Battery Systems

Handles rapid power bursts with strong voltage stability for frequent restart and peak assist operating profiles.

Hybrid and Mild-hybrid Vehicles (Regenerative Braking)

Supports high current in and out during regeneration and boost events with stable response under dynamic load transitions.

High-performance Power Tools

Delivers instant high-current output with minimal voltage sag for sustained torque in heavy-duty tool cycles.

Industrial Equipment

Built for demanding industrial loads where fast response, high pulse capability, and thermal stability are critical.

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