Na+ Bricks · Sodium-Ion Platform

Modular 48V Bricks.
High Power Output.
Built for Extreme Conditions.

Trydan Tech's Na+ Bricks are built as modular 48V energy bricks engineered for high-performance backup power and energy storage systems. Designed to deliver high power output, long cycle life, and reliable operation across extreme environments, these packs enable scalable deployment for UPS and BESS applications while reducing system complexity and total cost of ownership.

Nominal Capacity
160 Ah
Max Discharge
320 A
Cycle Life
10,000+
Trydan Na+ Bricks sodium-ion energy brick
Key Specifications

Modular sodium-ion energy architecture for scalable backup and storage systems with long-life, high-power operation.

Configuration
16S1P Modular
Nominal Voltage
48 V
Nominal Capacity
160 Ah 7680 Wh
Max Discharge Current
320 A continuous discharge 640 A pulse discharge (2 s)
Cycle Life
10,000+ cycles
Operating Temperature
-40 °C to 60 °C
Features

Engineered for high-power backup and storage systems with modular scaling, long service life, and stable operation across extreme conditions.

High power delivery (reduced oversizing)

Delivers up to 320A continuous and 640A pulse discharge, reducing the need for oversized battery systems while handling peak demand.

Modular brick architecture

48V stackable design allows flexible scaling from single units to large energy storage systems.

Ultra-long cycle life

Up to 10,000+ cycles enables long service life and reduced replacement frequency.

Wide temperature operation

Operates from -40°C to 60°C discharge, ensuring performance in harsh environments.

Enhanced safety vs lithium-ion

Sodium-ion chemistry provides inherently safer operation with improved thermal stability.

High system efficiency

Up to 95% efficiency reduces energy loss and improves overall system performance.

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 power output and fast response support demanding peak loads in dynamic unmanned flight operations.

Robotics and Autonomous Systems

Stable high-current delivery and modular architecture provide reliable power across autonomous duty cycles and variable workloads.

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