Battle Born 12V 100Ah GC2 Heated LiFePO4 Battery

Description

The Battle Born 12V 100Ah GC2 Heated LiFePO4 Battery delivers reliable lithium iron phosphate power in a GC2 form factor, making it a strong fit for RV systems, marine applications, and off-grid energy setups that need dependable cold-weather charging performance. Designed for real-world use, it combines long-lasting deep cycle power with integrated internal heating technology for improved charging capability in low temperatures.

Built with safe and non-toxic LiFePO4 chemistry, this battery supports deep cycle use with 100% usable capacity and long service life. The integrated heating system is designed to warm internal cells in cold conditions when enabled, helping maintain battery usability in demanding environments where standard lithium batteries may be limited.

Providing 100Ah (1.28kWh) of usable energy, this battery supports scalable system configurations through series and parallel connections, allowing flexibility for both mobile and stationary power systems.

This battery is designed as a drop-in replacement for GC2 systems. Ensure your charging profile is configured for LiFePO4 and your system wiring matches your voltage and capacity requirements.

Best For

• RV and van life power systems
• Marine and coastal applications
• Off-grid cabins and remote setups
• Solar energy storage systems
• Cold-weather battery banks requiring heated lithium performance

Features

• Integrated Heating Technology
  Built-in internal heating helps support cold-weather charging by warming battery cells when the heat function is enabled.
• GC2 Form Factor
  Designed as a drop-in replacement for 6V GC2 lead-acid battery footprints in compatible battery compartments.
• Deep Cycle LiFePO4 Performance
  Provides 100Ah (1.28kWh) of usable energy for consistent, long-lasting power in demanding applications.
• Advanced Battery Management System (BMS)
  Protects against overcharge, over-discharge, short circuit, and temperature extremes, including low-temperature charging protection.
• Expandable System Capability
  Supports series and parallel configurations, allowing scalable energy storage systems up to 48V and beyond.
• Long Cycle Life
  Designed for 3,000–5,000 deep discharge cycles for long-term reliability.
• Lightweight Lithium Upgrade
  At approximately 31 lbs, it delivers high usable capacity with significantly less weight than comparable lead-acid batteries.
• Flexible Installation
  Can be mounted in multiple orientations and integrated into a wide range of system layouts.

Specifications

Official Specification Sheet (PDF)
Official User Manual (PDF)
Official Heat Instruction Manual (PDF)

Warranty
10-Year Limited Warranty

Battery Type
LiFePO4 Lithium Iron Phosphate

Rated Capacity
100Ah (1.28kWh)

Voltage
12V

Cycle Life
3,000–5,000 cycles

Max Continuous Discharge
100A

Max Peak Discharge
200A (30 seconds)

Charge Voltage
14.2V – 14.6V

Float Voltage
13.4V – 13.8V

Operating Temperature
Discharge: -4°F to 135°F (-20°C to 57.2°C)

Charge Temperature
25°F to 135°F

Dimensions
10.31" L × 7.28" W × 11.02" H

Weight
31 lbs

Terminals
Brass flag terminals

Expandable Configuration
Series up to 48V / Parallel supported

Protection
Overcharge, over-discharge, short circuit, and temperature protection

Integrated Heating
Heat-enable terminal with integrated heating technology

Heating Power Draw
28W (when enabled)

GC2 vs Group 27 vs Group 31 Batteries

Why Choose GC2?

• Optimized for scalable battery banks in 24V and 48V RV and off-grid systems
• Vertical form factor allows efficient use of space in battery compartments
• Ideal for building higher-capacity systems with multiple batteries
• Well-suited for marine and mobile power applications requiring reliable deep cycle performance

What’s Included

• Battle Born 12V 100Ah GC2 Heated LiFePO4 Battery
• Heat enable wiring kit (switch, wiring harness, and connectors)
• Jumper wire for multi-battery setups

Includes components required to enable and control the integrated heating system for cold-weather operation.

Includes components required to enable and control the integrated heating system for cold-weather operation.