Outback Power 48V EnergyCell RE Battery 1340Ah – 1300RE

The Outback Power 1300RE serves as an exceptional energy storage solution for large-scale applications. With its innovative Valve Regulated Lead Acid (VRLA) design, this battery optimizes energy efficiency while reducing maintenance needs. Its steel-can casing and modular construction support a seamless and cost-effective installation process, ensuring top-notch performance in renewable energy systems.

Product Features

Impressive Cycle Life

The Outback Power 1300RE boasts a substantial 1800 cycles at 50% depth of discharge, ensuring long-lasting reliability and consistent performance over time.

Space-Saving Configuration

Designed with a compact 4×6 configuration for 48V systems, this battery saves valuable space, making it ideal for installations where room is at a premium.

Enhanced Battery Design

Featuring thicker positive plates and a robust frame, the Outback Power 1300RE maximizes heat dissipation, prolonging battery life and ensuring greater reliability.

VRLA-AGM Technology

The advanced VRLA-AGM technology ensures a 99% gas recombination efficiency, eliminating the need for periodic watering and re-torquing of terminal connections under standard conditions.

Effortless Installation

The modular design allows for quick setup and flexible configuration, enabling fast, simple installation even in challenging locations.

How It Works

The Outback Power 1300RE integrates advanced components that enhance its operational efficiency and longevity. Its robust design supports efficient energy flow while maintaining structural integrity over extended periods.

Steel-Can Casing

The durable steel-can casing protects the battery cells, providing uniform compression and ensuring longevity throughout its lifespan.

Absorbed Glass Mat Technology

Incorporating AGM technology, this battery enhances energy capture and storage, contributing to its impressive cycle performance.

Dual-Post Sealed Design

The welded/epoxy dual-post sealed design ensures high integrity, reducing risks associated with leakage and enhancing high-rate performance.

Specifications