Victron 12V/165Ah AGM Telecom Battery – Efficient Power Solution

The Victron Energy BAT412151164 AGM Telecom Battery is a versatile and efficient power solution designed for telecom systems. It offers a compact footprint and front access terminals, making it an ideal choice for both marine and vehicle applications. This heavy-duty battery excels in saving floor space, thus resolving common access challenges in confined environments.

Product Features

Front Access Design

Featuring a front access configuration, the Victron Energy BAT412151164 maximizes convenience in maintenance and installation, especially in stacked battery setups within telecom racks.

Efficient AGM Technology

Leveraging Absorbent Glass Mat technology, this battery ensures the electrolytes are securely absorbed, enhancing safety and reliability in varied operational settings.

Low Self-discharge Rates

Thanks to lead calcium grids and high purity materials, the battery has a remarkable self-discharge rate of less than 2% per month at 20°C, enabling long-term storage without frequent recharging.

High Charge and Discharge Capacity

Capable of accommodating high charge and discharge rates, the battery supports robust cycling applications, enhancing performance under demanding conditions.

Substantial Cyclic Life

Achieving over 500 cycles at 50% depth of discharge, it is designed for longevity, ensuring consistent performance throughout its life span in frequent cycling applications.

How It Works

The Victron AGM Telecom Battery operates through well-engineered components that work cohesively to deliver optimal power storage and supply. Here€™s an overview of its operational dynamics:

Battery Plates

Constructed from robust materials, the battery plates enhance both the charge efficiency and the discharge delivery of stored energy.

Absorbent Glass Mat Separator

This component securely holds the electrolytes while minimizing the chances of leakage and improving the overall safety profile.

Lead Calcium Grid

The grid provides a sturdy framework that supports lower self-discharge rates and improves the mechanical structure of the battery, promoting longer shelf life.

Specifications